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  • 3D System Explainer What Is 3D System Explainer? How Can Novices Get Started With The 3D Field With The Help Of It?

    In today's rapid development of technology, we can often hear about the concept of 3D. That is to say, this 3D, to briefly talk about 3D System Explainer, it is actually a way or tool for explaining and explaining 3D related systems.

    In this complex and diverse 3D technology world, many people are not particularly clear about how the 3D system operates, what characteristics it has, and so on. At this time, the key role of 3D is directly revealed.

    Just like saying

    1. First of all, let’s talk about novice novices. Many people who are in contact with the 3D field for the first time. Faced with the numerous terms, unfamiliar data, extremely complex operation procedures, etc., it is simply a monk who is confused and feels that his mind is confused. This 3D can tell them a lot of basic knowledge step by step like a patient teacher. Which 3D hardware equipment requirements are required to do this, and why do specific software need to be used in a specific order, explain it one by one, so that novices can understand the entire 3D system and are easy to accept.

    2. Let’s talk about the role it plays to people in the industry. Even those who have worked hard in the 3D technology industry for a long time cannot say anything, but they are clear and have no problem. For example, new 3D graphics algorithms have emerged and new 3D manufacturing processes have been introduced. Some people in relevant industries may understand and grasp them. If there is this, hey! That can really help them learn about new content more smoothly and update their business understanding in a timely manner.

    If you want to tell me that this 3D is disassembled in detail in modules, let’s take a look?

    1. The most basic and bottom-level part is called the hardware sector. You need to understand all kinds of hardware knowledge about 3D, how to install 3D printers, how to capture the entire 3D content when the scanner captures physical 3D content, etc. Only by doing this accurately and understanding it can you understand the underlying hardware structure

    2. The following is the software aspect. There are different key contents for various software for different purposes. Some tools like 3D modeling software are used to build virtual 3D items, such as using what operations to stretch graphics, adjust sizes, or set materials. And you can know how to process textures, light shadows and other parts on this 3D model. It is easy to see and real.

    Then we also need to pay attention to the details here and take a closer look through the Q&A form.

    Q: Are there big differences in the logic of different types of 3D software?

    Answer: This difference is not a little bit. The main difference is that the specific purpose of its service is different. The modeling direction is biased to create an infrastructure and set the appearance. Rendering is optimized and improved from the visual appearance based on the established appearance

    Q: What changes can 3D printer resolution directly bring?

    Answer: We usually know this before choosing a 3D printer to buy it. The lower the resolution, the more likely it is to cause the surface of the printing result to be particularly rough, just like a stuttering stone on the surface. If the resolution is high enough, the printed look lifelike and delicately carved.

    For 3D, it really thinks it is a reliable key that can help us truly understand the relevant systems in the 3D field. I personally think it is meaningful to have time to go deeper into this thing, providing global procurement services for weak current intelligent products! Otherwise, you will be confused in this new 3D world.

  • LAN/WAN Solutions With The Rapid Development Of Information Technology, LAN And WAN Have Become Key Parts Of Enterprise Home Networks?

    With the rapid development of information technology, LAN and WAN solutions have now become the most critical part of the normal network connection and efficient communication of many enterprises and families. Speaking of LAN, we often hear and see the local area cafe mentioned. It mainly enables some connections and communication between devices within a limited geographical range, such as office buildings, school classroom buildings, and other environments, so that office machines and students in the same area can be connected to the Internet.

    And this so-called WANLAN/WAN Solutions is the full name of WANLAN. Compared with the local area network, it will cover a very wide geographical range, like a city or even across cities. It can communicate and connect various LANs or isolated systems far apart, such as cables or optical fibers through wired lines, and wireless methods.

    Generally speaking, let me talk to you about the key benefits of two more recognized solutions. First, let’s talk about the important and positive aspects of this LAN solution;

    1. It can efficiently make sharing smooth office resources: it is normal for office workers to have a large number of file resources and printing equipment. In this case, if you have a high-quality LAN solution, staff can share and share equipment resources to save economic costs and also facilitate the full use of equipment;

    2. Then achieve fast and accurate data transmission: LAN provides stable and ultra-fast data lines. Operations in large enterprises require data exchange. It can quickly and efficiently transmit information back and forth and keep the business orderly.

    Let’s take a look at the positives of this WAN solution;

    1. The long-distance network can be connected continuously and stably: no matter where you do foreign trade business, technology research and other businesses, no matter where the company branches to the end of the world, as long as it has a reliable set of countermeasures, the branch structure and headquarters can always maintain close communication. Let the business continue as expected without being troubled by distance.

    2. Realize global synchronization of information: it is indispensable to connect the international network of foreign economic and cooperative trading companies. WAN solutions just solve this dilemma through backbone network or Internet access to ensure the integration of domestic and international information resources.

    We all often confuse this LAN. In addition, the two ideas of WAN are used in specific use, let me tell you why most companies choose to build these two solutions at the same time?

    You see, if you build a LAN, the enterprise can first more effectively and safely manage the communication operation of the entire area. However, if it is used alone, it will definitely have limitations. For example, it is difficult to maintain communication with other regional units and it is difficult to reach all parts of the country. In this case, enterprises must deploy wan and expand their own businesses to advance. In this way, the wan solution is to use the wide area network to connect all areas that have been built into LANs to the same system so that enterprises can operate globally and globally. You can think about it in this way and assume that the LAN is a "solid city wall" and protect it from maintaining regional integrity within a single castle; that's easy to use as a metaphor. This wan should be more similar to the "bridge corridor". No matter how far apart the castles of each LAN architecture can "walk around, communicate and communicate with each other, etc.

    Enterprises must be cautious when choosing these two different but crucial solutions. You can ask which service providers have been doing it for a long time, whether the price is appropriate, whether the technology is advanced, etc. First of all, you must know that the business scope of different companies is different. The business development directions are different. The solutions are suitable for this. Therefore, when companies conduct inspections and evaluations, they should pay more attention and never just look at the cheaper ones. Don’t worry about the long-term operation and maintenance, or whether the supplier’s technical strength is strong, etc. If you do not measure it well, it may cause troubles or the efficiency will be greatly reduced, which will cause unexpected negative consequences to the company’s economic and business progress, which will be so serious. This involves key technical aspects. It is necessary to find professional strong manufacturers or partners. For example, some large brands or service providers have reliable network equipment technology and reputation, and their after-sales service is more energy and capital to do well. Can solve some problems faced by enterprises in a timely manner, etc.

    Speaking of choice, some service providers and even business owners still have to think about the compatibility of corporate office software. Is it suitable for various operating systems? It is necessary to be compatible with a variety of environments. Common operating systems such as common, macOS, various Linux variants, etc. to avoid normal network performance degradation or even interruption due to access inadequacy. Enterprises should choose the kind of fully compatible devices and configuration methods that are suitable for various systems. In terms of protocol selection, the protocol specifications must be carefully considered based on the international common mode to select mainstream TCP/IP protocols or SSH protocols, SSL, and VPN modes involving data security encryption.

    In addition, some companies in special working conditions will definitely pay more attention to security and compliance and security issues, and must implement strict filtering of data access. Enterprise data is definitely afraid of unintentional leakage, etc., causing unnecessary losses; in view of this, it is very important to protect the security and stable operation of enterprise databases through access control, setting permissions, etc. In some other cases, the data encryption process needs to be carried out during the transmission process. The encryption strategy must ensure the stability and integrity of communication while resisting external "peeping". This is especially true for some government-specified data information.

    The decision to choose network bandwidth is very critical to the successful activation of the solution; it is necessary to make decisions based on the estimated data traffic of the organization's existing work. If the bandwidth is set too much in a small network system, it will cause meaninglessness and "burn money". Conversely, if the access is too small for large institutions, the business will be often busy during work and the node congestion will eventually be paralyzed. Load balancing strategies for different nodes are also a key measure to measure the distribution and deployment of services. Through the combination of cloud platform technology, network cluster mode and other means, each server can reasonably divide the labor and take on the corresponding work without causing a key "brain center" type of computing or communication "traffic jam". This is also a very test of the team's computing strategy level and scientific system setting capabilities.

    Finally, I want to say that in the increasingly complex and changing network, the perfect integrated collaborative application of LAN and WAN is not only the basis for enterprises to achieve stable operation but also an important step in helping to move towards modernization and global development. The delicate and stable LAN built by LAN is like a home decoration environment to provide employees with a warm and comfortable operating atmosphere, and high-performance and powerful support. The WAN system is a company that keeps going out to "go out of the home and break into the vast world. Tools and means to pave a smooth road for its own external contacts. Whether you are rooted in a small city studio or a world-renowned multinational enterprise, they can be said to be an important "pack" necessary for survival and operation.

    Provide global procurement services for weak current intelligent products!

  • Technology Adoption Calculator What Is Technology Adoption Calculator? Can Help Companies And Individuals Evaluate New Technologies

    First, let’s talk about this. To put it simply, this thing is a kind of uh, something that can help us measure that technology. In fact, it is just a tool like this. If you help companies and individuals, see how to adopt new technologies and measures.

    You have to know what technological adoption is, that is, it is very important to use new technologies in our daily work or the process in life. With a technology adoption calculator, it can help us evaluate whether a new technology is suitable for using it.

    Another aspect is also a series of measures to measure the amount of resources that may be invested, manpower, financial resources, etc.

    Let’s talk about the second module that can do these things, and we can estimate and evaluate the timing of adoption of different technologies: that is, based on the company’s various strategic goals and future planning, we can calculate which time it is best to introduce new technologies. It also has good results for companies of different sizes. For example, some small and micro enterprises may use it to evaluate relatively low-cost and easy-to-use technologies; while large, uh, for some large or multinationals, you need to consider complex systems. These are the new technologies that are introduced.

    The third sector is to make a cost and benefit analysis. It’s not just a simple saying, but you can estimate the Technology Adoption Calculator based on the data. It costs to implement new technologies, such as buying equipment costs, training employees costs money to maintain or to pay for maintenance, and this thing can accurately calculate the later output benefits. This is a really good guy!

    Let’s look at it from this comparison, when there was no such tool, did you rely mostly on experience before? There is no particularly clear and accurate data support to evaluate the results of new technology, which are extremely risky and unstable, and often make mistakes;

    But after this, all decisions can be based on data and rely on decisions to make decision makers feel at ease. It is absolutely good things that can avoid blind situations, such as blind situations, and greatly reduce unnecessary consumption and detours.

    There are still many questions to explain. Some people will ask if this thing is estimated accurately? I'm the answer you are accurate! Relying on rigorous algorithms and a large amount of empirical data integration to obtain the final value although not 100%, it is almost infinitely close. The accuracy is enough for everyone to make daily decisions and use it with confidence.

    And some people think, is this suitable for all industries? The answer is the same: Although it is more commonly used in some industries with strong technology orientation, such as medical care, communications, electronic technology; but other traditional ones: manufacturing, transportation and real estate are actually completely fine. All scenarios that consider using new technologies are suitable. It can be solved to a large extent whether to enable it, and how to use it at what time to use it. Anyway, I personally think that this is really useful. Whether you are an individual or want to upgrade your home equipment system or company. If you want to promote innovation, it will definitely be beneficial. I believe you will understand what is going on. Besides, I personally do feel that this thing is too convenient, so try to believe what I said is fine. Provide global procurement services for weak current intelligent products!

  • Smart Lighting Do You Really Understand Smart Lighting? It Has These Advantages

    Speaking of this Smart, it means smart lighting. Many people are not sure what it is. Smart lighting is not an ordinary lighting method that turns on when the light is pulled. It is a lighting method with intelligent control function. It can control the brightness, color, switches, etc. of the light through various methods such as sensors, mobile applications, etc.

    Let's talk about this key content in modules below

    advantage

    1. Energy saving : One of the great benefits of this is that intelligent lighting can sense the brightness changes of the local ambient light. When the brightness is small, it will automatically light up and can automatically adjust the appropriate brightness according to actual conditions. This will save a lot of electricity. For example, when the light is bright enough during the day, it knows to turn off actively, and it will not waste some electricity and light sources.

    2. Improve comfort : Don’t look at it as lighting, but it changes our thinking about lighting. It can adjust the tone and color temperature of the light to simulate the atmosphere of different natural light. For example, at night, you can present a warm-toned light to create a comfortable and peaceful environment. It makes people stay in the house very comfortable and leisurely. Compared to the single light of ordinary electric lights, it is too strong. Ordinary lights will only light up and there is no high-end atmosphere.

    Control method

    1. Intelligent APP control : Now basically everything can be controlled by using the smartphone app. Download the corresponding intelligent lighting system software. We lie on the bed and on the sofa anytime, anywhere in the house. Just pick up the phone and click it gently to easily master the lighting status and adjust the color, brightness, switches, etc., which is super convenient and flexible.

    2. Induction control : Another particularly important control method is to arrange some infrared sensors, human sensors and other sensor facilities, which can actively sense whether there are people in the house. For example, when there is no one in the house, the light can be turned off automatically to save these electricity resources. And sometimes it may be the kind of thing, for example, when we enter a cloakroom, the sensor senses, it will automatically light up the light inside, which is so considerate that it avoids the trouble of finding the switch in the dark.

    Product selection

    1. Product characteristics and reliability Product performance is worth paying attention to. For example, the light effect of the lamp itself, and the light energy conversion efficiency needs to be thought about. Furthermore, whether the service life is long and whether it can perform functions stably and last. Don’t use it for two months and make several problems. These products have to be carefully considered. It's like choosing a durable and handy tool, which is easy to use and lasting, right?

    2. Brand after-sales guarantee : When buying this thing, you should also consider more famous brands and well-known manufacturers. The quality is relatively better regardless of all aspects of the product. Another aspect is that after-sales service, such as if quality problems occur in some time, good merchants will provide particularly good support for after-sales service. For example, timely repairs and replacement of new products have reduced our customers' worries about after-sales troubles.

    Someone is going to ask.

    Related questions

    Q1: Is Smart installation complicated ? Well, if you have related design planning before decoration, you can bury the line and install various control devices and other Smart Lighting relatively easily. Of course, it is better to hire a professional electrician. But if you install it later after decoration, it is better to install and install it later. Well, this is a little bit difficult. You may need some special wiring installation and debugging methods.

    Question 2: Are smart lamps easy to break ? Most regular factories are still very reliable and reliable in production. With the higher design standards and the improvement of process skills, the stability is still very good. But after all, the product has more electronic components to control something, and compared to ordinary lamps, it is a little more fragile, like unstable voltage interference, etc. There may be small cases of damage.

    It seems that smart lighting is a great help to improve the lighting in home environment and various commercial scenarios! It can indeed improve the user experience a lot~ After choosing the right product, we can be very effective. Save some energy and create a very comfortable atmosphere. These are of great significance. I'm providing global procurement services for weak current intelligent products! Think about it this way, it's worth buying a suitable style~

  • Understanding Network Cabling: Installation, Connection, And Ensuring Smooth Data Transmission

    When we talk about , it the and of types of to a , for like , , and . This aims at data , , and . That's the basic , you see.

    Now let's break it down into key parts:

    1. Cable

    First off, for the cable type, you got like such as (Cat) 5e, Cat 6, or Cat 6a. These are used for , wired LANs. Cat 6 and above can and . What for is this ? like Cat 6 or 6a have . For , Cat 6 for 10 at up to 100 , while Cat 5e tops out at . Then there's fiber – optic . Fiber – optic are for those long – and high – needs. Fiber is to which is a huge plus in full of or . But are more – to fiber.

    2. Cable

    When , keep away from of so much so. Like power lines— run those and can very much your . I a of at least 6 . Also, is real . Mark both ends of each cable. Not just by , but give them a name to its or . Be for , if it leads to a rack, you let know which rack it leads to. This way you won't make down the line the time the need . And for cable , avoid sharp bends. with very bends can lose and even tear down . That's not we want to face, right?

    3. the cable

    After , you got to check . Using a cable is a must here. You can like cable , (how much the as it ), and ( from other lines). If off comes up in the test, your , from the cable to the of cable . it could be a thing which like an which can make this .

    Some asked about ?

    Q: How do I, an in – house team or an ?

    A: See, an in – house team knows your 's , but in this. They can more with and on . But you gots check their and too .

    Q: for , which type of are be ?

    A: Fiber – optic tend to be a to ones. And if you you do a fair and its , do a fair of good for work in the and for in for other . here is using low – as they less power for . Which can to the .

    As for my , well is when in . you or fiber , how it gets orBest practices for network cabling, each step must be paid so go the way you want the . For and make sure you visit It weak . Great help they offer .

  • Post-quantum Cryptography Post-quantum Cryptography: Can Post-quantum Era Cryptography Resist Quantum Computing Attacks?

    Post- Ah, you have to think about this thing, and I will try to talk to you well. First, we have to talk about Post-, which is the kind of encryption technology in the post-quantum era. Look at the current traditional encryption method, if quantum computers become very powerful in the future, they may encounter many difficulties. So the post-quantum cryptography came out to solve this problem.

    This Post- is actually to resist future quantum computing attacks. There is such a necessity here. Nowadays, many of our security systems, including those banks, rely on traditional encryption. But when the quantum computer becomes powerful, it can quickly perform calculations to crack these encryption threats. For example, RSA algorithms are familiar with traditional algorithms, and dangers may arise in the quantum world. Post- aims to create a new generation of encryption algorithms that can meet the potential challenges of quantum computing.

    Post- From the perspective of algorithms, there are several categories.

    1. Grid-based algorithm. It is to build a secure and insurance encryption system through difficult problems. What is a grid? It is a structure that is made in two-dimensional or three-dimensional spaces or even higher dimensions. In this way, by doing things inside, it will make the opponent unable to overcome any problems. And these grid-based algorithms seem to be in terms of efficiency. The performance is pretty good and can adapt to many applications in reality.

    2. The encoding-based algorithm relies on the difficulties in error correction codes. Let’s build this encryption mechanism. Correction means to make the data transmitted accurately in noisy communication. It can create high-reliable encryption by using it

    3. Based on elliptic curves and hashing, this relies on the unique properties of elliptic curves. Of course, it also mixes the properties of the solid hash function, which can create a very safe and reliable encryption environment.

    Let’s talk about Post-realistic application level:

    First of all, network security is something that can be said to be inseparable from the Internet. Almost no industry can completely separate from the Internet. For example, many online transactions are Post-quantum cryptography on the Internet, and users log in, which are all scenarios that are very strict with security. Post- can play a huge and immeasurable role in this regard to protect everyone's electronic communication activities. If there is no such encryption algorithm to protect in the near future, if traditional encryption is not secure, there will be more online fraud crimes.

    Then in the financial field, banking business, imagine a bank dealing with so many fund transfer transactions every day. Investor information and asset information are stored under different systems. Traditional encryption may have big holes once loopholes appear frequently in the quantum era. ❤ t – It can provide indestructible encryption, so it effectively maintains the integrity of the entire financial data and the interests of investors: for investors, this is a real guarantee, especially for those situations where there are large amounts of capital flows.

    There is another key aspect of the Internet of Things. Today, there are many things that can be connected to the Internet of Things. Is it possible to realize intelligent IoT through the Internet of Things? All kinds of scenarios? The devices in the Internet of Things must communicate with each other, so the data must be encrypted! However, these devices are often more energy-saving because of their own characteristics and are much weaker in computing power. Post- The development of algorithms can be studied in the direction of low computing costs and low energy consumption, so as to better meet the development needs of the Internet of Things. After all, one more link in the future will require more consideration of quantum threats to ensure your own information security.

    Besides, government departments manage all kinds of confidential security documents, but they are related to the stability of national security areas, which requires indestructible encryption technology. P ost – – This can provide some solutions to ensure that you can tell me what if there is no new encryption technology, the old solutions will gradually become outdated. Then intelligence leaks may not be possible to show that this technology is indispensable.

    Here we will continue to explain the details by answering some questions.

    1. Will Post – – It's too difficult to implement?

    On the one hand, it is indeed a bit difficult to implement the new algorithm. It requires redeveloping the software and hardware system. It needs to cooperate with the previous system and re-planning. In addition, you have to think clearly. Developing new encryption algorithms and old algorithm conversion involves many factors, which requires a lot of time and energy. But from the other hand, if it is deployed early for those large security industries, you can get the benefits as soon as possible. For example, if there is a new communication network in development, it will be easier to integrate post and it will be saved in the long run. Don’t think it is too complicated and you are afraid of getting started.

    2. Will the new Post encryption be very costly?

    When we need to develop new equipment and algorithms from the beginning, the cost of human resources and material resources investment will probably be quite large, and this is something that cannot be seen. But when these start to enter the commercial scale or everyone requires the same standards, the cost will gradually drop. At the beginning, it needs to invest a large amount of money that will reduce after long-term considerations. In addition, large-scale production equipment will definitely be much cheaper, just like communication equipment

    3.Post- Will it be compatible with the encryption method used today in the future?

    This is still feasible and very discussable Post encryption algorithms can be designed to cooperate with traditional encryption just like traditional encryption using security protocols or applications.

    And gradually implement the transitional stage application. In the future, we can slowly move from the old to the new, and we can also take into account the work of the old system, or create a bridge mechanism to connect the old equipment and the Post technical system! This will gradually achieve over-completeness between many different systems

    When it comes to these suppliers around the world, post can also compete in multiple aspects after more suppliers in the future.

    For example, IBM can definitely invest in manpower, intelligence and research and development in Intel, which may also be willing to incorporate algorithms and other technologies from the perspectives of processors.

    There are also many other technology companies that even manufacture some hardware chips in the semiconductor industry and have to develop them to serve Post!

    Anyway, overall, I personally tend to think that Post-encryption technology is in the inevitable development path and is an important part of the security field sooner or later. Of course, this is just the speed of investment in all walks of life, including academic enterprises. Although there are challenges, you must bite your head and attack it. The prospects are quite bright. So you can promote more and conduct more research and discussion. After all, it is of great importance to the security field

    Ah, I almost forgot to tell you about providing global procurement services for weak current intelligent products! Maybe where to use it is good

  • The End Of Keys And Cards The End Of Keys And Cards: How Does Keyless Entry Technology Change Life?

    The End of Keys and Cards. Look, when we went out, we had to bring a bunch of keys and various cards. Keys can unlock, and cards such as access control cards can allow us to enter and exit the community.

    But now the times are different. There is a technology called keyless entry technology, which is slowly making keys and cards useless. This keyless entry technology can replace these traditional things with mobile phones. As I talked and gestured, I used to use the key to insert it into the keyhole, and it took me a long time to open the door. It's very bulky to bring a lot of keychains, and I'm afraid I can't find them from time to time.

    Let's talk about the key points of this technology in detail

    1. First of all, in the field of identity authentication: the keyless entry system adopts a variety of advanced identity authentication methods. Let’s simply use Bluetooth authentication. The mobile phone is connected to the door lock receiving device through Bluetooth. Only when the mobile phone with the upper number can the door be opened. Another one is facial recognition recognition, which is directly verified based on the unique appearance characteristics on our face, which is even more awesome. It is much more convenient and quicker than before when I took a key and inserted it hard (I didn’t understand the specific logic of the key and the following content here, but I wrote the above sentence in a tone).

    2. Let’s talk about security: You may be wondering whether it will be unsafe to use electronic means instead of keys. In fact, it is not what I think (providing global procurement services for weak current intelligent products!). Modern keyless entry technology has many encryption methods to ensure security. Let me tell you in detail that the signal has undergone a very complex and special encryption program. For example, the signals sent every time the door is opened are different brand new codes, and cracking is almost impossible, and it is much safer than the key. Although everyone subconsciously feels that the key is locked in their hearts, the development of this new technology has brought dangers far away from us.

    3. Look at the equipment integration: Nowadays, many keyless entry products can also integrate equipment in houses and communities. You don’t need to get an access card here and take out the remote control there. It can be controlled by the mobile phone. For example, the property can send legal signals to different authorized personnel through a system, and residents can directly operate a series of smart home appliances and other things on their mobile phones. You have to think that using some keys is more convenient, but in fact, it is convenient to integrate operations.

    Let’s take a look at some possible problems. Some people may ask, what should I do if a keyless entry system fails? Actually, The End of Keys and Cards, the system now arranges a backup solution. Sometimes you can connect a power supply device to ensure continuous power supply during a certain period of time. Or there are also those with emergency signal transmission buttons on the outside. If you want to send an accident, you can quickly call a professional to do it.

    In fact, there are still doubts about what to do if you don’t have a card or key if your phone is stolen, and will anyone be able to enter the house? In fact, this is true. Mobile phones have permission passwords and identification protection! Only after I operate or certified can I use the keyless system. It is more reliable than if I dropped it outside if I dropped it outside. Even if I dropped it, I would not be used randomly.

    In my opinion, keys and cards are really about to exit the market in the future. In the future, you will take advantage of everything when you go with a convenient equipment. That's so convenient. Change is just in the blink of an eye. Hurry up and learn about new technologies and don't be caught off guard in the future.

  • Deep Mine Communication Networks What Is The Deep Mine Communication Network? What Are The Characteristics Of Its Transmission Medium?

    Deep Mine, which is the deep mine communication network. Let’s talk about what this concept is. This is actually a system used in a very deep mine to realize information transmission, a system for people to communicate with each other. This system has a great effect. It is necessary to ensure that mine production can operate smoothly, command and dispatch smoothly, and also to have good safety inspections. These are all done by it.

    Let’s talk about what we want to talk about below. Disassemble it Deep Mine Communication Networks, which contains a lot of things!

    Its transmission medium aspect. In deep mines, this transmission medium is very important. Let’s put it that way, choosing a good transmission medium will have a particularly great impact on the performance of the network. Fiber is a very good medium. In this environment, optical fiber can resist interference and has large capacity transmission characteristics. Although laying optical fibers is a bit difficult to deal with in some complex areas, there are many advantages in general. It is also used a lot of cables. In different places in the mines, cables are convenient to use in shorter distances and have slightly overcome the requirements for electromagnetic environments. In fact, they play different roles under different regions and functional needs.

    Secondly, this kind of communication network uses many protocols. Ha, this is the most familiar one. Many devices are used to pass data according to this protocol when working. They are more famous and stable protocols; let’s talk about this. This protocol is basically used in fieldbus in mines, mainly in the connection and communication functions of equipment, and can be well adapted to the communication and operation of equipment under mine work.

    Next, let’s do some questions and answers.

    Question -: Why does this fiber need to use which special protective outer skin? The mine may be wet, and there may be many dangerous factors. This protective skin can provide anti-shrinkage and waterproofing, and can even have a certain resistance to high temperatures. It must be done well to ensure the data is safe and reliable transmission. If the fiber optic skin is broken, any interference will come in. The packet loss delay data is a bit messy, and the entire scheduling production impact is great.

    Question 2: What are the differences between these two protocols? In terms of functions and uses, I just said that the most famous stability is very easy to use. In some field bus applications, if you simply want to communicate with equipment, it is more advantageous to directly connect to some equipment, so that the mine working equipment is more suitable for efficient operation.

    I have to talk about this automatic control software. There are controls based on industrial control computer operation and PLC. Their purpose is to manage communication networks. In the network system, various communication equipment must be set up and configured, so that they can run well. The modules of the docking and management of different equipment in mines have different working conditions and equipment requirements. What software is different? Some focus on data collection, and some focus more on equipment coordination monitoring. This is not the case. The selection and operation of this automatic control software are key things! It is very useful to achieve better operation and optimize the design of the entire Deep Mine. For example, how to reduce signal attenuation in each link, how to integrate application resources, you can all think of ways to improve the performance efficiency of the communication network.

    In addition, sometimes we can encounter different software protocols that do not match each other. There are many conflicts in many cases. This requires designing a human brain to change and use additional circuit signal translation devices to solve the problem! Also, to reduce communication load, only rough monitoring of some less important equipment or working conditions information in the mine, and focus on the limited communication energy on key functions and nodes. This is scientific. Can you still do backups? What lines? Software is there to prevent some equipment circuits from breaking suddenly and operating normally. This is how many situations need to be considered here.

    Let’s talk about these Deep Mines, the network layout area location, etc., selecting a good location can be said to have the greatest effect on transmission loss, interference, etc. For example, it is best to set a straight line between devices to minimize the communication bend, communication distance, etc. Consider the topographic factors, electric field and magnetic field factors, and what kind of mechanical operation interference should be avoided. Choose a good location and arrange the installation. The higher the communication performance and equipment state stability, the better. We should also care about these things most.

    But to be blunt, from a general perspective, any optimization of operation and management, starting from all levels of software and hardware, etc., is the key to meeting the actual application requirements of mine production. From an essential perspective, the security and stability of this communication is the main premise that deep mines can produce things efficiently, stably and safely. First, ensure that your Deep Mine is very capable and reliable. What other production arrangements are reliable in the future? Is it okay to say this? I actually think so. In the deep mine itself, these equipment services will be used. The communication must be guaranteed to be able to operate otherwise. Many security, dispatch-related instructions cannot be transmitted. The reliability of communication is guaranteed. Many equipment can be opened normally. But I think it myself, although many research materials show that there are many new research studies. What are the emergence of new media and new materials in the future and what are the special good communication methods or protocols. In general, the pursuit of reliability is always the most important thing. That is, if the entire system network is safe, stable and reliable, it is better than anything else. In the future technological development and demand changes, Harbin Communications serves the fundamental intention of mine production. It cannot change the situation. If we look at it, in the past many years, new technologies have solved the core things in this aspect. In short, we must pay attention to the guarantee of communication functions and make some reasonable optimization. These guarantee obstacles are basically enough. Then, although many aspects of our development are technical decisions. Many performance standards need to be considered, and the production is practical! What we can discover these should consider design and construction in terms of production and application as the core. Um. Moreover, some emergency redundancy protection functions in the entire system need to be paid attention to and improved. I think that in the event of sudden disasters, equipment communication can continue in complex and special environments, and consider this aspect to ensure security. Provide global procurement services for weak current intelligent products! In the future, when building this network system, we should think more about these aspects. Consider the future of mine production, and consider this aspect. In this way, our entire communication network system will be more optimized and efficient and suitable for mine safety. Think about it in the future, the integration of multi-faceted communications will also be in the integration of multi-faceted communications. When adapting to changes, functions and reliability are required. The integration of communications through multiple channels is to meet the needs of more diverse and complex situations in the future. For this reason, deep mine application technology will evolve towards deep complexity in the future. We must also be able to follow up on communications. This is also a certain change. How it becomes more complex requires us to ensure that the system is better and more reliable to adapt to various future needs. In this way, we can only focus on these aspects and pay attention to the key points. Try to design according to production needs to ensure that they are effective. As before, the network system needs to be protected based on reliability and applicability. Then, the situation is done by integrating communication technology and ensuring reliability. So in the end, we can't keep changing the entire network in the future. Deep mines will continue to develop and update. So the communication network needs to keep up with the situation and update changes. Reliability is always stable, reliable, stable and reliable. Only when the mine requirements are met can we keep up with the changes. Continuous adjustment and upgrading. With the foundation maintained, keep up with the future mine production. I think it is probably similar.

  • Holographic Meeting Rooms What Is Holographic Meeting Rooms? Take You Into The Holographic Conference Room

    Rooms, let me first talk about what this means. This holographic conference room uses a relatively advanced technical means to present people or objects at the conference site in the form of holographic projection. It's understandable that it's almost like "moving" people to your eyes out of thin air. Moreover, the use of various projections or other complexities in this kind of room is not particularly clear. Anyway, it is a model for meetings in high-simulation real scenes using technology and a variety of technologies. Anyway, the general meaning is to be able to transcend the limitations of physical space in meetings and exchanges.

    Let’s break down the key parts of the game.

    1.Visual experience level

    Holographic meetings can create an immersive conference scene to the greatest extent, no matter where the conference speaker is located, it is like a colleague from afar, and after projection, it seems to be next to you. This display effect will create a comprehensive visual impact and freshness for the audience and the participants. Many people at the meeting say that they have a feeling of being present in person.

    2. Technical aspects

    These technologies involve complex 3D reconstruction. Including optical equipment and other professional equipment and technical factors, we work together. There are various principles in optics, and these are not immediately understood and explained thoroughly. Moreover, the accuracy of the capture equipment for collecting facial expressions and movements of these people is not that simple as I imagine. Therefore, these interlocking technologies have a great impact on their effects and are treated with caution!

    3. Which side of application

    It is applicable to meetings such as distance education lectures, such as meetings such as experts participating around the world. Rooms are often used in decision-making meetings of some large multinational companies. Different places and different uses also adjust various parameters and arrange some related auxiliary settings for use.

    I won’t add some details in the form of a question and answer.

    Question 1: Many leaders at the meeting must be thinking: What is the cost so expensive?

    The cost is definitely high, but there are highs and lows, it is not considered that the price of ordinary conference space can be compared. After all, it will be from the early construction and decoration of equipment purchase to maintenance during operation. The site involves these high-end equipment, and the manpower investment is relatively large. Anyway, different sizes of venues and configurations have flexible spaces to float up and down! For example, complex rooms are likely to involve imported equipment and have different expenditure ratios.

    Question 2: Are rooms stable?

    The stability is not easy to say. The interactive performance of many things has too much impact, and this will also involve whether the software can continuously optimize and upgrade the level and the site layout. Once one of the aspects, such as the signal network, it may cause certain visual delays, etc., so many manufacturers are constantly improving and solving such problems and striving to achieve a more reliable state.

    Compare the ordinary meeting space

    , Holographic undoubtedly breaks the limitations of space

    Traditional meetings also have to consider where to hold a city or location, the staff must be paid for the travel costs. Room is a direct person who can "as if" the presence of the situation. This greatly improves the efficiency of global cooperation and even international scientific research needs to communicate with each other.

    Let’s talk about the equipment. How many screen projector tables and chairs are there in our ordinary conference room?

    Then rooms need to use various optical equipment, interactive facilities, and scanning sensing systems.

    I personally think that in the future, the room trend will definitely show its strengths in important meetings such as cross-border exchanges of large companies and scientific teams, etc. Maybe it will be common to us after it becomes popular. Now we have to promote and improve it step by step. We provide global procurement services for weak current intelligent products! Let’s watch this new technology shine and heat up in the future.

  • Collective Intelligence Buildings How Novel Are Collective Intelligent Buildings? Great Energy Utilization Advantage And Reasonable Adjustment Of Equipment

    , This collective intelligent building is actually a very popular and novel thing in the entire architectural field at present. I'll tell you in detail to my friends. Simply put, it is to integrate all the systems and equipment in the building into one piece and communicate with each other. In this way, they can transmit information to each other and analyze it intelligently to better serve the people in the building.

    Let’s talk about the benefits first. In terms of energy utilization, collective intelligent buildings have the advantage of being the ones. Through overall control of various equipment, the lighting system will reasonably adjust the light according to the intensity of light. If the light outside during broad daylight is strong, the indoor light should be turned on less and the light should be turned on less. Isn’t it save electricity? For example, air conditioning, and reasonably adjust the temperature and wind speed according to the number of people in different regions. According to data, many such smart buildings can reduce energy consumption by at least 20% to 30%

    Structure and system construction

    Let's talk about the structure

    1. It has to rely on powerful IoT technology. These have to have a large number of sensors placed in every corner of the building, such as doors and windows, and ceilings. Sensors can be set near doors and windows to detect whether they are opened or how big they are opened. The ceiling sensor can sense changes in temperature and humidity in the floor and space. Then there must be some planning on communication networks

    .

    2. This part of software is also very important! The corresponding management system software can monitor and process various data in real time. This software is equivalent to building a "smart brain". What information comes with it and it feeds the analysis back to each device for adjustment.

    Personnel interaction association module

    Collective intelligent buildings must consider their experience of using this part

    1. Personnel access. Install very intelligent check-in to identify what, and the identity verification is carried out through the Collective Intelligence Buildings machine. There are other authentications when you swipe your face. Confirm the authorization to automatically open the door and let people enter the house, which is convenient and safe.

    2. How do equipment and users work together? There are designs such as mobile APPs, which can facilitate remote operation of various buildings in various areas, such as adjusting the conference room temperature and switching lights, which can be flexibly performed.

    Let’s answer one more question. I actually encountered many friends who think there are collective intelligent buildings.

    Why is the maintenance cost of smart buildings a bit high? Because it is true that there are many high-tech things used, and the equipment is advanced. Once many sensors and networks are damaged, we must know high-tech and professional repairs. This person who knows how to maintain electronic product software has high income and labor costs will also increase.

    What should I do if the network of smart buildings is disconnected? At present, many smart buildings have backup systems that can temporarily cut off and disconnect from external network dependencies and then run according to preset instructions. For example, the lighting will continue to be programmed and the temperature will be within a certain comfort range and will not change. It ensures basic usage needs.

    Another common problem is that there is a comparison between them. Someone said: Is it feasible to transform old conventional buildings into collective intelligent buildings ? The answer is feasible, but the transformation is quite complicated. What is the connection between the layout planning system software of these layout planning systems? There are buildings as large shopping malls. If you undergo renovation, you can first plan the public area to arrange sensors and then connect the air conditioner, ventilation and flow detection systems to achieve reasonable planning. It will also achieve good intelligent results.

    Finally, I personally think that the popularization of collective intelligent buildings in the future will definitely bring innovation. As the technology costs become lower and lower, more and more places will adopt such advanced building models to bring more comfortable and efficient social life. Provide global service services for weak current intelligent products!