這份文檔不是FAQ(Frequently Answered Question)，不少問題屬于FUQ(Freque- ntly UnAnswered Question)。換句話說(shuō)，不一定是最常見的編程、應(yīng)用問答，很可 能其中的答案尚是一個(gè)構(gòu)思，還沒有成為現(xiàn)實(shí)，又或者根本是個(gè)錯(cuò)誤的思想火花。但 是，她的確在試圖回答一些很有意義的問題，讓更多的Unix/C程序員、系統(tǒng)管理員共 享彼此的智慧，那是三十年前無(wú)數(shù)前輩精英做到過的，也是我們正試圖做到的。
標(biāo)簽： Frequently Answered Question FAQ
上傳時(shí)間： 2013-12-25
上傳用戶：shizhanincc
This tutorial attempts to get you started developing with the Win32 API as quickly and clearly as possible. It is meant to be read as a whole, so please read it from beginning to end before asking questions... most of them will probably be Answered. Each section builds on the sections before it. I have also added some solutions to common errors in Appendix A. If you ask me a question that is Answered on this page, you will look very silly.
標(biāo)簽： developing tutorial attempts clearly
上傳時(shí)間： 2015-09-29
上傳用戶：wanqunsheng
The algorm of viterbi. You talk to your friend three days in a row and discover that on the first day he went for a walk, on the second day he went shopping, and on the third day he cleaned his apartment. You have two questions: What is the overall probability of this sequence of observations? And what is the most likely sequence of rainy/sunny days that would explain these observations? The first question is Answered by the forward algorithm the second question is Answered by the Viterbi algorithm. These two algorithms are structurally so similar (in fact, they are both instances of the same abstract algorithm) that they can be implemented in a single function:
標(biāo)簽： discover viterbi algorm friend
上傳時(shí)間： 2016-02-16
上傳用戶：xc216
The Wifidog project is an open source captive portal solution. It was designed primarily for wireless community groups, but caters to various other business models as well. If you have questions about the wifidog project, they may be Answered in the FAQ. You may also be interested in seeing some of the community wireless groups, WISP s, universities, and private businesses currently using Wifidog across the globe.
標(biāo)簽： primarily designed solution Wifidog
上傳時(shí)間： 2013-11-29
上傳用戶：梧桐
The Synthetic PIC Verion 1.1 This a VHDL synthesizable model of a simple PIC 16C5x microcontroller. It is not, and is not intended as, a high fidelity circuit simulation. This package includes the following files. Note that the license agreement is stated in the main VHDL file, PICCPU.VHD and common questions are Answered in the file SYNTHPIC.TXT Files: README.TXT This file.. SYNTHPIC.TXT Questions and Answers PICCPU.VHD Main processor VHDL file PICALU.VHD ALU for the PICCPU PICREGS.VHD Data memory PICROM.VHD Program memory (created by HEX2VHDL utility) PICTEST.VHD Simple test bench I used to do testing (optional) PICTEST.CMD My Viewlogic ViewSim command file (again, optional) TEST1.ASM First program I assembled and ran on it. TEST2.ASM Another test program.. TEST3.ASM Yet another.. TEST4.ASM Yet another.. TEST5.ASM Yet another.. TEST6.ASM Yet another.. HEX2VHDL.CPP Utility for converting
標(biāo)簽： synthesizable microcontro Synthetic PIC
上傳時(shí)間： 2013-12-22
上傳用戶：妄想演繹師
Abstract—In the future communication applications, users may obtain their messages that have different importance levels distributively from several available sources, such as distributed storage or even devices belonging to other users. This scenario is the best modeled by the multilevel diversity coding systems (MDCS). To achieve perfect (information-theoretic) secrecy against wiretap channels, this paper investigates the fundamental limits on the secure rate region of the asymmetric MDCS (AMDCS), which include the symmetric case as a special case. Threshold perfect secrecy is added to the AMDCS model. The eavesdropper may have access to any one but not more than one subset of the channels but know nothing about the sources, as long as the size of the subset is not above the security level. The question of whether superposition (source separation) coding is optimal for such an AMDCS with threshold perfect secrecy is Answered. A class of secure AMDCS (S-AMDCS) with an arbitrary number of encoders is solved, and it is shown that linear codes are optimal for this class of instances. However, in contrast with the secure symmetric MDCS, superposition is shown to be not optimal for S-AMDCS in general. In addition, necessary conditions on the existence of a secrecy key are determined as a design guideline.
標(biāo)簽： Fundamental Limits Secure Class on of
上傳時(shí)間： 2020-01-04
上傳用戶：kddlas
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