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エンジニア人生と定年退職、人生100年時代のエンジニアの生き方、デブサミ 2019 【15-A-8】
The document outlines a timeline of significant milestones in computer technology from 1958 to 2018, highlighting advancements such as the introduction of microprocessors and programming languages. It discusses the growth in processor performance, detailing shifts in scaling laws like Dennard scaling and Moore's law over the decades. Key technologies noted include the IBM PC, the rise of the internet, and the emergence of platforms like Facebook and Bitcoin.
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エンジニア人生と定年退職、人生100年時代のエンジニアの生き方、デブサミ 2019 【15-A-8】
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- 6. • 1958 960 • 2018 9 60 • IT
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- 9. 1970 1971 Intel 40041 (13 ) 1975 Microsoft BASIC 1977 Apple II, TRS-80, PET (18 ) RSA Public Key Cryptography
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- 11. 1980 1980 Ethernet 1981 IBMPC 1984 Macintosh (Apple) DEC 25 1988 Unicode 29 1989 HTML, HTTP, URL DEC
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- 13. 1990 1990 31 1991 Website 1993 NCSA Mosaic 1994 Netscape Navigator Oracle 36 1995 Windows 95 Oracle 36 1998 Netscape/Mozilla OSS Mozilla 39 1999 YLUG ( Linux UG) 40
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- 15. 2000 2000 IT MiracleLinux 41 2002 43 2004 Facebook, mixi, Web 2.0 2006 Linux Patch Cache aware patch 47 2007 iPhone 2008 50 2009 Bitcoin 50
- 16. 2000 • • Web 2.0 •iPhone • OSS
- 17. 2010 2011 52 2012 54 20131000 speakers conference in English 55 2018 9 60 60
- 18. • 100 • • 2060 •
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- 27. Figure 1.1 Growthin processor performance over 40 years. This chart plots program performance relative to the VAX 11/780 as measured by the SPEC integer benchmarks (see Section 1.8). Prior to the mid-1980s, about 22% per year, or every 3.5 years. 52% starting in 1986, or every 2 years, In 2003 the end of Dennard scaling 23% per year until 2011, or every 3.5 years. From 2011 to 2015, less than 12%, or every 8 years. Since 2015, the end of Moore’s Law, 3.5% per year, or every 20 years! Computer Architecture, A Quantitative Approach: By John Hennessy David Patterson, 6th Edition, 2017
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- 29. Figure 1.1 Growthin processor performance over 40 years. This chart plots program performance relative to the VAX 11/780 as measured by the SPEC integer benchmarks (see Section 1.8). Prior to the mid-1980s, about 22% per year, or every 3.5 years. 52% starting in 1986, or every 2 years, In 2003 the end of Dennard scaling 23% per year until 2011, or every 3.5 years. From 2011 to 2015, less than 12%, or every 8 years. Since 2015, the end of Moore’s Law, 3.5% per year, or every 20 years! Computer Architecture, A Quantitative Approach: By John Hennessy David Patterson, 6th Edition, 2017
- 30. • Many coreprocessor 30 cpu core cache core core cache core core core core core core core core core core core core dual core many coresingle core … Intel Xeon Phi Processor High Performance Programming: Knights Landing Edition, by James Jeffers, et.al, 2016
- 31. • 2018 6 • • •20188 •2018 9 •2018 9
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- 34. •Be a Hacker •Makethe World Better