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[碁碁 覦襭]
Keynote Speech _ 4谿覈 螳語覲企慨 豈覦 _ 蟠譴 螳語覲企慨碁蓋覿(蟲誤磯血レ)
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#1 螳
#2 觚襦豌伎 螳
#3 觚襦 螳
#4 觚襦豌伎語 蟲譟 螳
#5 觚襦伎 螳
#6 觚襦豌伎語 譬襯
#7 讀覈 螳
#8 讌覿讀覈 螳
#9 觚襦豌伎 覦
#10 Swift襯 伎 螳 觚襦豌伎 襴 蟲蠍
#11 P2P 螳
#12 觜語 螳
#13 語 螳
========================================>
覓語 讌覓 覦 ろ 覦蟆 覯蟇磯´朱 覓語伎殊覃 螳蟆給.
E-mail: escapelazy@gmail.com / kimminwoo0807@uos.ac.kr
LinkedIn: https://www.linkedin.com/in/%EB%AF%BC%EC%9A%B0-%EA%B9%80-50a344151/
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伎豌伎襦 Ch13Jongmyoung Kim
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This document discusses secondary storage devices used by operating systems, including disk structure, disk scheduling algorithms, disk management, swap space management, and tertiary storage devices. It provides details on disk addressing, mapping, scheduling algorithms like FCFS, SSTF, SCAN and C-SCAN. It also summarizes disk reliability techniques, stable storage implementation, removable media like floppy disks, tapes, optical disks and their applications. Hierarchical storage management and performance factors like speed, reliability and cost of different storage devices are also overviewed.伎豌伎襦 Ch16
伎豌伎襦 Ch16Jongmyoung Kim
油
This document discusses various techniques for distributed coordination including event ordering, mutual exclusion, atomicity, concurrency control, deadlock handling, election algorithms, and reaching agreement. It provides details on implementing happened-before relations for event ordering, centralized and distributed approaches for mutual exclusion, using two-phase commit for atomicity, locking protocols and timestamp ordering for concurrency control, deadlock prevention and detection methods, and election algorithms for determining where to restart a coordinator process.伎豌伎襦 Ch12
伎豌伎襦 Ch12Jongmyoung Kim
油
This document discusses input/output (I/O) systems. It describes I/O hardware, including devices, ports, buses and controllers. It explains how I/O requests are handled using techniques like polling, interrupts and direct memory access. It also discusses the role of the operating system kernel in managing I/O through subsystems that interface with applications, transform requests, handle buffers and errors. The performance of I/O systems is also covered.伎豌伎襦 Ch11
伎豌伎襦 Ch11Jongmyoung Kim
油
This document discusses key aspects of file systems including file concepts, directory structures, access methods, allocation methods, and file system performance and recovery. It covers topics such as file attributes, operations, types, structures, tree-structured and graph-based directories, protection methods, free space management, efficiency techniques, and consistency checking. The goal is to provide an overview of file system interfaces and how different components are organized and managed.伎豌伎襦 Ch10
伎豌伎襦 Ch10Jongmyoung Kim
油
Virtual memory allows a program's logical address space to be larger than physical memory by swapping pages in and out of memory as needed. Demand paging brings pages into memory only when they are referenced. When a page is not in memory and is referenced, a page fault occurs which causes the OS to locate a free frame, swap in the page, and update tables. Page replacement algorithms like FIFO and LRU are used to determine which page to swap out when there is no free frame. Thrashing can occur if working set size is larger than physical memory.伎豌伎襦 Ch22
伎豌伎襦 Ch22Jongmyoung Kim
油
Windows NT is a 32-bit preemptive multitasking operating system that uses a microkernel architecture. It has several key goals including portability, security, POSIX compliance, extensibility, and compatibility with MS-DOS and Windows applications. The document discusses Windows NT's history, design principles, system components including the kernel, executive subsystems, virtual memory manager, process manager, file system, and networking. It provides details on how Windows NT achieves reliability, performance, and international support through its layered architecture and object-oriented design.伎豌伎襦 - Ch09
伎豌伎襦 - Ch09Jongmyoung Kim
油
This document discusses various memory management techniques including paging, segmentation, and swapping. Paging divides memory into fixed-size blocks called frames and logical memory into blocks called pages. It uses a page table to map logical to physical addresses. Segmentation divides programs into segments and uses segment tables to map logical segments to physical frames. Swapping temporarily moves processes out of memory to disk to allow other processes to run.Bitcoin
- 4. What is Bitcoin? Satoshi Nakamoto (2009) Digital Monay No center processor Method of transaction - Distribute Database on Peer to Peer Network Public-Key Cryptosystem anonymity and disclosure
- 5. What is Bitcoin? 讌螳 螳螳 螻 譯殊螳 覿 譯殊襯 蠍磯朱 觜語 蟇磯 覦 - 觜語語 1998 企一願 企 覃朱 襴ろ語 襴 誤牛(cryptocurrency) 蟲 豕豐襦 蟲
- 7. Market Price
- 8. 觜語 螳蟆 蠍麹 伎 1. 觜語語朱 襷 蟇磯 危碁ゼ FBI螳 覃伎 蟯 蠍 2. 譴蟲 蟇磯 蠍 襷 豌螳 3. れ 襯 4. 觜語 蟯 蠍一 覯れ貂狩碁れ 襯 覦螻 5. 螻旧襦 貂 磯 れ 蟲伎 覈手鍵 6. 朱 蟲螳 觜語語 語蠍 - 貂, , る
- 9. 觜語 れ蠍 RSA 誤 蠍一 觜語 襷 Private Key (螻旧語語 ) 蟇磯 譯殊 るジ 譯殊襦 貊語 覲企企 - 譯殊 ) 1MyhygBUrT6aakgRFDs8ECgoJMqVo9u5n2 譯殊 煙 螳ロ螻 覲願 讌 -> 給 覲伎レ朱 覯譯 讌螳 譴 觜語 蟇磯 覦 蠏 伎 瑚襦 覃 るジ れ 蟇 朱 蟆 讀覈伎. -> 螳語螳 朱
- 10. 觜語 れ蠍 2 蟇磯 伎 Block Chain企朱 螻褐 覲願 願崖 伎 蟆一(朱 螻褐 )襯 豌危
- 13. 觜語 れ蠍 3 觚襦豌伎語 誤 螻郁骸 螻焔 願 企ゼ 誤伎 覲伎朱 觜語語 譯朱襦 螻襴讀 企蟆 觜語語 視 蟆 bitcoin mining
- 14. 觜語 襷企
- 15. 觜語 襴
- 16. 覩瑚記 螻旧沖 - 觜語 BitPay CEO 覦 伎 - 豺企 濠鍵蠍" 覦. -> 覈伎 蠍一 覦 - Visa殊 蠍 蟆豢 磯 = 2豌旧 伎 -> 蠏碁 蠍一 讌讌 - 覦覃, 觜語語 覦蠍" 覦. -> れ 覲語碁 ♀ 螳
- 17. 觜語語 螻 旧 覦讌 螻螳 -> 覩手 螳豺 覲朱 誤 螻牛 螳レ 碁 螳 覓 蠍碁 (蟇磯 10~20覿) - 蟲螳螳 蟇磯襦 讌ъ 螳企, ろ覯 貉ろ狩 磯 蠍 螳 觜語語 企襴蟇磯 襷朱 (給煙 覦蟆) 螳瑚 覓狩 蟲襷 蟇磯 覿螳 譴蟲 觜語 豈 覲襦 伎
- 18. 襴 豌 蠍,螻 螳 螳蟆 覲 れ牡螳 螳企襦 殊 讌 螻旧レ 朱襷 豬蠍
- 19. NEXT SECTION Bitcoin Mining Machanism - SHA-256 (SHA2) - Try Hashcrach " 覲伎語 , 瑚 ! 0 "= > 1312af178c253f84028d480a6adc1e25e81caa44c749ec81976192e2ec934c64 " 語, 瑚 ! 1 "= > e9afc424b79e4f6ab42d99c81156d3a17228d6e1eef4139be78e948a9332a7d8 " 覲伎語 , 瑚 ! 2 "= > ae37343a357a8297591625e7134cbea22f5928be8ca2a32aa475cf05fd4266b7 ...
- 20. Calculations
- 21. Code