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Chapter 255 Become an expert in one step

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    There was also a large-screen monitor in front of Guan Fei. On the screen at this moment, lines of cursive text were displayed on a bright red background: The Digital System of the People's Army Northern Theater Command.  There is also a version identification behind: 1.  oTrial version.  Under this line of system description text, there is another line of small words: The system is loading, please wait.  Guan Fei smiled slightly.  The traditional startup screen usually displays computer self-test information to facilitate users to quickly find equipment faults after a failure.  But in this era, maintenance is usually left to specialized engineers, so it doesn¡¯t matter if you have this screen or not. It¡¯s better to change it to this, which looks more comfortable. It also hides computer hardware information from users, making it easier for users to  Unconsciously and purposefully gradually release some of the era's technologies to help scientific research develop more smoothly.  This batch of computers used by scientific research units have very high configurations. For example, the integration level of the Actuarial II processor has reached 450,000, and the clock frequency is as high as 36 MHz, which is roughly the same level as the later Intel 386 mid-term version.  In addition, in order to help scientific researchers carry out their work better, the processor has greatly improved the scientific computing power, which is close to the level of special-purpose chips, and the efficiency is much higher than that of commonly used general-purpose chips.  In addition, in order to realize Chinese display, a special two-level Chinese character library is solidified on the motherboard. There are a total of 6,000 commonly used Chinese characters, which is enough to cope with common writing applications of papers and official documents.  At the same time, a Chinese input method chip is also solidified, which uses four input methods such as pinyin, pentagram, and handwriting that were more commonly used later. It has the functions of automatic recognition of common words and intelligent combination of long sentences. It is easy for users to learn and can be fluent.  It can effectively improve the input accuracy by inputting large paragraphs of text, and the accuracy will increase as the user uses it longer.  Next, each scientific research computer is equipped with two megabytes of memory and is equipped with the world's first high-performance graphics card, which can achieve a display effect of 1o24x768 resolution and display up to 160,000 colors, truly realizing true color.  display effect.  To this end, each graphics card is specially configured with five megabytes of high-definition video memory to serve as a dedicated cache for displaying complex graphics.  Others include 80-megabyte hard drives, network connection cards, handwriting devices, etc. All kinds of equipment are three to five years past this era.  If it weren't for the fact that scientific research institutes are strictly regulated and won't leak secrets, he wouldn't dare to blatantly adopt so many modern technologies.  The price of this set of computers is also high because they are all manufactured on a small scale in laboratories. The cost of manufacturing a computer for scientific research is as high as more than 6,000 yuan.  Not to mention that it will not be sold to the outside world, even if it is sold, the general public may not be able to afford it.  The biggest feature of this scientific research computer is not how high the configuration is, but that it can submit calculation applications directly to the computing center through the optical fiber network.  Normally speaking, this computer can handle ordinary small data operations on its own.  But if you encounter a scientific research project that requires large-scale calculations, among the calculation options, in addition to "local calculation", there are also two "ask other computers in the computer group to assist in cloud computing" and "submit to the computing center for calculation"  options.  If it is cloud computing, the computer host will automatically search for computers that are idle or not running at full power, and disperse the computing data to other computers for collaborative computing in the form of cloud computing.  The results of the operation are calculated and summarized before being returned to the submitter.  This is equivalent to greatly increasing the computing power of the computer. The more computers connected to the optical fiber network, the stronger the computing power will be.  If there are too few idle computers, you can also submit them to the computing center, where there will be computers with levels for computing, which will be more efficient.  The basis for supporting this hierarchical computing system is a digital system that is in the same line as computing system software.  The system software loaded on each personal computer is actually a simplified version of the computing system software. It can be regarded as an external extension of the computing system to easily mobilize computing resources.  The smooth deployment of optical fiber networks makes this effective use of resources possible.  With the support of computer hosts, personal computer clusters, optical fiber networks, and software systems regardless of local investment, the base area finally built a complete distributed computing system, allowing a 386-level personal computer to perform at levels equivalent to 486 or even 586  With strong computing power, at least within ten years, it will not appear to be lagging behind.  In fact, in Guan Fei¡¯s preset technology popularization plan, personal computers with Actuarial Type II as the core will spread to universities and civil affairs institutions in just two years.  The computers used in scientific research institutes will be 586-level Actuarial Type III, and it will not take more than ten years to achieve rapid development again.  By then, the base¡¯s computing system will have been upgraded by two to three levels again, thereby exerting greater effectiveness.    The red screen flashed and the system screen was entered.  Unlike the upcoming Windows operating systems in history, the sky blue background does not display icons one by one, but more than a dozen box options in the middle.  Government affairs system, army management, scientific research system, industrial management, business management, and other options.  Guan Fei held the electronic pen in his hand and clicked on the scientific research system option box. A ripple-like animation appeared where he clicked. Then the option box brightened and the screen jumped, entering the scientific research subsystem.  His monitor is a special touch monitor with a transparent pressure-sensing device installed on the surface of the display to enable touch operation.  To be honest, Guan Fei has never used an old-fashioned computer since he was born. Keyboards and mice have been obsolete for hundreds of years in his time.  All controls are operated through the brain waves of the biological accessory brain, which is countless times more convenient than this traditional manual control.  In the past, there was no condition and he had to use keyboard input. Now that he has the conditions, he has no choice but to do whatever he wants, and specially built such a more powerful touch monitor for himself.  In the scientific research subsystem screen, there are many options, including dozens of sub-projects such as scientific research system, scientific research results, ongoing research projects, pre-research projects, scientific research projects to be submitted, scientific research funding, equipment, cutting-edge technology tracking, etc. for selection.  Like Guan Fei¡¯s computer, other computers also have this hierarchical menu.  This is also to facilitate permission management. Different permission levels have different menu options.  Of course, Guan Fei has the highest authority and can enter any subsystem at will and view all work situations, which allows him to fully control the implementation progress of various matters in the base and make targeted decisions.  But for scientific research institutes, as well as lower-level laboratories and scientific research workers, they can only see content related to their work within the scope of permissions.  In some menu items with blurred boundaries, depending on the permissions, some menus will also turn gray and cannot be clicked to enter.  The biggest flaw of hierarchical menus is that they are more complicated.  If you can¡¯t remember the steps to enter, you may not be able to enter the work page you want for a long time, which will delay the work progress.  To this end, a detailed operating manual has been written to facilitate various scientific research units to quickly master the specific usage methods.  "Huh? So many people have completed the reverse derivation of the 59 modification parts handed over to them and submitted corresponding work reports?" Guan Fei clicked on the work progress page and saw the submitted work reports one by one.  , said in surprise.  He turned on the computer just to know the progress of the 59th reform reverse research. Unexpectedly, as soon as he opened the page, a long work report popped up.  He clicked on a report, clicked on the drop-down bar with an electronic pen, and quickly pulled it to the end. The relevant report content was scanned into the biological accessory brain and immediately compiled into a complete text report.  He thought for a moment and then read all the text, images, formulas, and numerical conclusions of the report.  "So that's it!" Guan Fei suddenly realized after reading the report.  He used to be a game design engineer, good at game design and development, and also studied civilian electronics.  When it comes to civilian electronic products, from birth to development, Biological Brain stores the complete design and manufacturing technologies of the most representative products at each stage.  But he is really unfamiliar with military use.  Although there are abundant models in the Biological Vice Brain, the models do not represent the actual objects and can be used as reference objects for copycats. However, if you want to plagiarize, you do not have the relevant technical reserves such as material formulas and manufacturing processes.  Therefore, he needs to conduct reverse derivation to understand what materials are used for each component of this weapon equipment and what processing technology is used to manufacture it. Especially compared to civilian products, how is the reliability of military products achieved and what kind of electromagnetic protection methods are used?  What is the standard for capacity calculation, etc. More specific details.  Of course he can complete these tasks alone, but the workload is too much.  Since he already has so many well-trained scientific researchers under him, if he doesn¡¯t need to do it himself and still has to do it himself, isn¡¯t it because he is full and full?  This is the reason why he split the 59 tanks and handed them over to various scientific research units for collaborative reverse derivation.  After reading this test report, Guan Fei immediately understood the design idea of ??this electronic equipment circuit, what kind of electromagnetic protection method it uses, and how much redundancy is in the design of each functional circuit. For military electronics in this era,  We also have a clear understanding of the standards.  But he just wanted to understand it, and did not intend to copy it in all aspects.  When it comes to manufacturing processes and electromagnetic protection methods, he understandsBut there are many more scientists than there are in this era.  All reverse derivation reports serve as a reminder and reference for him. When it comes to actual application, he feels that the technology in his own mind is more reliable.  Civilian products are actually simplified versions of military products, and many technologies are even common.  Take electromagnetic protection as an example. Civilian electronics in the interstellar era are often used in space and planets where electromagnetic conditions are extremely harsh.  To ensure that it can still operate normally in an environment filled with violent cosmic rays, corresponding electromagnetic protection must also be provided.  So in fact, the reliability of the gaming equipment designed by Guan Fei and others is completely unmatched in this era, and its harshness is beyond the imagination of scientific and technological workers in this era.  Guan Fei understood the design ideas and requirements of this equipment, and immediately in his mind, he thought of thousands of manufacturing processes, processes, and required equipment that met this requirement, and then divided them according to the era, from near to far, from simple to difficult.  , listed a long list of technologies.  He did not rush to make a decision, but quickly browsed the submitted work reports one by one.  Every time he reads a work report, he has a better understanding of the level, high requirements, and difficulty of implementation of military science and technology in this era.  After reading all the work reports, he had a comprehensive new understanding of what level the Type 59 tank had reached.  It is no exaggeration to say that in just over an hour and reading hundreds of work reports, he has stepped from a military layman to an expert.  At least, in the improvement project of the Type 59 tank, he has reached the pinnacle of the entire era!  [Please check the latest update address of this book at Yun.lai.ge to get the latest chapters of this book] Mobile phone users please visit http://m.piaotia.net
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