ipsec 的問題，透過圖書和論文來找解法和答案更準確安心。 我們查出實價登入價格、格局平面圖和買賣資訊

Network Security

為了解決ipsec 的問題，作者Kaufman, Charlie,Perlman, Radia,Speciner, Mike 這樣論述：

With ever more of our commercial and personal lives occurring electronically, network security is vital. When networks don't have secure foundations, malware steals from us, invades our privacy, and threatens our safety. This guide uncovers the technology behind network security: its strengths, weak

nesses, past, and future. It answers fundamental questions like: How do you identify yourself and prevent others from impersonating you? How do you communicate with others? How do you maintain your privacy? How do you buy and sell things? As a tutorial, it explains sophisticated concepts in a friend

ly and intuitive manner. As a reference, it covers concepts and techniques rigorously and in depth. The authors cover a wide spectrum of topics essential for securing web-based transactions, including public and secret key cryptography, hashes/message digests, signatures, authentication, blockchain

s, electronic money, secret sharing, and multiparty computation. They also address exciting emerging issues such as quantum computing, post-quantum algorithms, homomorphic encryption, and secure multiparty computation. Wherever math beyond high school algebra is needed, Network Security, 3rd Editio

n covers what students and other readers need to know, making it a self-contained solution suitable for undergraduate students, graduate students, and working engineers alike. To support learning and mastery, it also includes extensive homework problems, fully updated to reflect current concepts and

technologies. Charlie Kaufman is currently Security Architect for Dell Storage Systems. Previously, he was the Security Architect for Microsoft Azure and before that for Lotus Notes. He has contributed to a number of IETF standards efforts including IPsec, S/MIME, and DNSsec and served as a memb

er of the Internet Architecture Board. He served on the National Academy of Sciences expert panel that wrote the book Trust In Cyberspace.Radia Perlman is currently a Fellow at Dell Technologies. She is known for her contributions to bridging (spanning tree algorithm), routing (link state routing),

and security (distributed systems robust despite malicious participants). She’s the author of Interconnections: Bridges, Routers, Switches, and Internetworking Protocols. She’s been elected to the National Academy of Engineering, the Inventors Hall of Fame, the Internet Hall of Fame, and awarded lif

etime achievement awards from Usenix and ACM’s SIGCOMM. She has a PhD in computer science from MIT.Ray Perlner is a Mathematician in the Cryptographic Technology Group of the National Institute of Standards and Technology. He has over a dozen research papers focusing primarily on postquantum cryptog

raphy. He has degrees in both physics and math from MIT.Mike Speciner is an MIT-trained technologist with expertise in mathematics, physics, and computer science. He currently serves as CTO and cofounder of The Singing Torah. Combined, this author team holds close to 200 patents.

ipsec 進入發燒排行的影片

極深入卻極清楚：電腦網路原理從OSI實體層到應用層

為了解決ipsec 的問題，作者韓立剛,韓利輝,王艷華,馬青 這樣論述：

極深入 • 卻 • 極清楚！電腦網路原理OSI實體層至應用層一次講給你知！ 　　20 世紀，國際標準組織（International Organization for Standardization，ISO）提出 OSI 模型（Open Systems Interconnection）。 　　作為電腦網路通訊規則的協定，OSI 模型讓不同廠商的網路設備能夠透過 Internet 進行資料之間的傳輸通訊，依照功能分為 7 層：應用層／展現層／會談層／傳輸層／網路層／資料連結層／物理層，並且規定每一層規範與實現的功能。 　　．．． 　　▅▆▇ 開門見山 　　本書打破常規，直接從應用程式

通訊使用的協定切入，由於應用層協定可見、可操作、比較具體，因此本書先從應用層協定開始講解，接著依照協定分層高至低順序講解，依次是傳輸層、網路層、資料連結層、物理層，將其他較為抽象的 OSI 參考模型、IPv6、網路安全放至後面章節講解。 　　．．． 　　▅▆▇ 深入並清楚的DETAILS！ 　　本書著重說明電腦網路通訊過程與各層級協定的細節，亦清晰地陳述如何設定網路裝置來驗證原理，以及所學理論可應用之處。 　　．．． 　　▅▆▇ 本書重點 　　★ 路由器／交換機／Hub：長得一樣，功能卻不同！ 　　★ 讓你從零基礎了解網路上資料是如何傳送的 　　★ 介紹應用層的常用協定，包括FTP、H

TTP、SMTP/POP3等 　　★ 介紹傳輸層，如TCP/IP、UDP、IP位址及子網路劃分 　　★ 靜態路由/動態路由、路由表、標準Windows的指令 　　★ 網路層介紹、IP、ICMP、IGMP、ARP 　　★ 資料連結層、物理層、光纖、銅線、CAT5/6/7/8、OSI標準 　　★ 最先近的IPv6 —— 物聯網就靠這個用不完的IP位址來達成 　

基於CSA之Double SHA-256演算法硬體實現

為了解決ipsec 的問題，作者侯旻佑 這樣論述：

雜湊函數的問世是資訊安全工程發展上重要的里程碑，在雜湊訊息鑑別碼、數位簽章演算法、網際網路安全協定、偽隨機數生成器的應用上皆是扮演要角，其不可逆的函數性質更是區塊鏈應用的內涵，其中又以 SHA-256 演算法最為廣泛使用。雖然近年已有許多針對 SHA-256 演算法的硬體實現與設計，但公開的學術平台鮮少有專為比特幣挖礦對 SHA-256 運算核心進行硬體改良的研究。本論文基於進位儲存架構設計高效能的訊息壓縮運算單元，以及利用完全迴圈展開架構來提升Double SHA-256 演算法的運算效能，以 Xilinx Zynq UltraScale+ MPSoC ZCU102 FPGA 進行電路實現

後，達到 182.855 Gbps 的運算效能以及 2.19 Mbps/Slice 的硬體使用效率。