Tag Archive for ARPANET

Co-creator of Computer Mouse Passed

Co-creator of Computer Mouse PassedWilliam English, who helped build the first computer mouse, has died at the age of 91. Mr. English built the first mouse in 1963, in collaboration with his colleague Doug Engelbart while they were working on at the Stanford Research Institute (now SRI International).

Wood mouse

First mouseThe first version of the mouse was contained in a wood case. The mouse consisted of two potentiometersrolling wheels at 90-degree angles that would interpret the wheels’ X and Y coordinates – vertical and horizontal positions – of the wheels as they moved across a desktop. Prior to the development of the mouse laborious and error-prone keypunch cards or manually set electronic switches were necessary to control computers. “We were working on text editing – the goal was a device that would be able to select characters and words,” Mr. English told the Computer History Museum in 1999.

Mr. English explained in an interview, that he could remember who decided the call the device “mouse” – or exactly why…

In the first report, we had to call it something. ‘A brown box with buttons’ didn’t work … It had to be a short name. It’s a very obvious short name.

The mother of all demos

During 1968, in what some have described as “the mother of all demos” the mouse made its public debut. The mouse was a part of a demo by Mr. Engelbart, at a computer conference in San Francisco. He used SRI’s connection to the Advanced Research Projects Agency Network (ARPANET), the primary precursor to the Internet to show off a working real-time collaborative computer system known as NLS (oN-Line System). Using NLS, the colleagues publicly demonstrated many of the technologies we take for granted today –  video conferencing, multi-person document collaboration, screen-sharing and an early form of hypertext.

Mr. English left SRI in 1971, moving to Xerox’s PARC research center (PARC). At PARC, he continued to develop the features of the NLS into the Alto, including replacing the wheels on the original mouse design with a rolling ball – the design that became familiar to most end users over the next decades.

From here, the story is well known— Bill Gates and Steve Jobs both toured PARC, both saw the Alto, and implemented much of into their own products.

No money for the developers

Neither Mr. English nor Mr. Engelbart were made wealthy by their invention. The mouse was patented but owned by their employer – and the intellectual property rights expired in 1987 before the mouse became one of the most common tech devices on the planet. Speaking to the BBC after Mr. Engelbart’s death, Mr. English said:

The only money Doug ever got from it was a $50,000 license from Xerox when Xerox PARC started using the mouse …  Apple never paid any money from it, and it took off from there.

rb-

In 2008 Gartner declared the mouse is an endangered species with less than five years before it joins the ranks of the green screen, punch cards, and other computer technologies now honorably retired to technology museums but the market for Bill English’s computer mouse continues to grow.

 

Stay safe out there!

Related article

 

Ralph Bach has been in IT long enough to know better and has blogged from his Bach Seat about IT, careers, and anything else that catches his attention since 2005. You can follow him on LinkedInFacebook, and Twitter. Email the Bach Seat here.

The Internet is 50

In 1969 Apollo 11 took man to the moon, Woodstock rocked, Sesame Street debuted, Wendy’s was founded and the Internet was born and crashed. On October 29, 1969, at 10:30 pm Pacific Time. The first use of the proto-Internet was attempted by UCLA student programmer Charley Kline. He was trying to log in to a system at Stanford.

proto-Intenet userOnly 2 characters were sent before the entire fledgling Internet crashed. About an hour later, after debugging a code translation problem caused by the UCLA computer using EBCDIC (Extended Binary Coded Decimal Interchange Code) and the SRI computer using ASCII (American Standard Code for Information Interchange), the first actual remote connection between two computers was established over what would someday evolve into the modern Internet.

ARPANET

The proto-Intenet was funded by the Advanced Research Projects Agency (the predecessor of DARPA). It is commonly believed that ARPANET was built to explore technologies related to building a military command-and-control network that could survive a nuclear attack. However, Charles Herzfeld, the ARPA director who would oversee most of the initial work to build ARPANET told ars Technica:

ARPANET was not started to create a Command and Control System that would survive a nuclear attack  … clearly, a major military need, but it was not ARPA’s mission to do this … ARPANET came out of our frustration that there were only a limited number of large, powerful research computers in the country, and that many research investigators … were geographically separated from them.

Oringal Internet 1969In its infancy, ARPANET had only four “nodes”:

Internet routers

Rather than being directly connected, physicist Wesley Clark suggested the mainframe computers connect to ARPNET via another device to off-load the connections. These devices were called Interface Message Processors (IMPs). IMP’s were the first network routers and built by BBN which used Honeywell DDP-516 mini-computers with 12K of memory. The early-ARPANET connected the nodes with AT&T 50kbps lines. This would allow additional systems to be added as nodes to the network at each site as it evolved and grew.

Some of the major innovations that occurred on ARPANET include;

  • Email (1971),
  • Telnet (1972)
  • File transfer protocol (1973).
As ARPANET grew interoperability grew as an issue. The solution proposed by Vinton Cerf and Bob Kahn in 1982 was TCP/IP. The evolution of TCP/IP allowed organizations of all sizes to began using Local Area Networks or LANs. A standard network protocol like TCP/IP then allowed one LAN to connect with other LANs.
ARPANET was operated by the military until 1990, and until then, using the network for anything other than government-related business and research was illegal. TCP/IP made it possible for anyone to get on ARPANET. As non-military uses for the network increased, it was no longer safe for military purposes. As a result, MILnet, a military only network, was started in 1983.ARPANET logical diagram 1977

NSFnet

NSFnet logoARPANET was slowly replaced by NSFnet (National Science Foundation Network) beginning in 1986. NSFnet first linked together with the five national supercomputer centers, then every major university. ARPANET was finally shut down in 1990. NSFnet formed the backbone of what we call the Internet today.

When ARPANET was shut down, Vinton Cerf, one of the fathers of the modern Internet, wrote a poem in ARPANET’s honor:

It was the first, and being first, was best,
but now we lay it down to ever rest.
Now pause with me a moment, shed some tears.
For auld lang syne, for love, for years and years
of faithful service, duty done, I weep.
Lay down thy packet, now, O friend, and sleep.

rb-

Len Kleinrock, a UCLA professor since 1963 who was present at the birth of the Internet, described the attitude of the early Internet for NBC News, “Allow that open access, and a thousand flowers bloom … One thing about the Internet you can predict is you will be surprised by applications you did not expect.”

That openness of the early Internet has given way to growing concern that the Internet has become centralized by a few major companies, compromised by governments, and monetized by the collecting and sharing of private data.

ars Technica notes that the first three characters ever transmitted over the precursor to the Internet were L, O, and L. Without ARPANET, there would have been no Internet.

The Internet is still laughing out loud at us.

Related Posts

 

Ralph Bach has been in IT long enough to know better and has blogged from his Bach Seat about IT, careers, and anything else that catches his attention since 2005. You can follow him on LinkedInFacebook, and Twitter. Email the Bach Seat here.

Who Runs The Internet

Who Runs The InternetWhile no one “owns” the Internet (for now, despite republican plans) there are a handful of companies that control the Internet. Unless you are a techno-geek, these six organizations that control how the Internet works, most likely fly under your radar.

 

International Telecommunications Union

United Nations International Telecommunications UnionThe first organization that is actively trying to take over the functions of the Internet is the United Nations International Telecommunications Union (ITU). The ITU in my and many other opinions an outdated, pointless throw-back to the days of the telegraph, with policies to match. I covered the last power grabs by the UN’s ITU here.

Internet Architecture Board

Next is the Internet Architecture Board (AIB). The IAB is the overseer of the technical evolution of the Internet. The IAB supervises the Internet Engineering Task Force (IETF), which oversees the evolution of TCP/IP, and the Internet Research Task Force (IRTF), which works on network technology.

Internet Architecture BoardThe IAB declared a major strategic move for the Internet. The Internet Architecture Board is calling for global encryption on the web (which I have covered many times from my Bach Seat) to become the norm across the Internet in a move to lock down the privacy and security of information exchange according to Dark Reading.

Internet Engineering Task Force

Internet Engineering Task Force

The Internet Engineering Task Force (IETF) develops and promotes voluntary Internet standards. It is most well known for the standards that make up the Internet protocol suite (TCP/IP). It is an open standards organization, with no formal membership or membership requirements. All participants and managers are volunteers, though their work is usually funded by their employers or sponsors. The IETF is also well-known for its RFCs or Request for Comment documents like RFC RFC 1918 and RFC 873.

Internet Society

Internet SocietyAnother organization that shapes the Intertubes is ISOC. The Internet Society (which I am a member of) was formed in 1992 by Vint Cerf and Bob Kahn. ISOC was formed to provide a corporate structure to support the Internet standards development process.

Internet Corporation for Assigned Names and Numbers

The Internet Corporation for Assigned Names and Numbers (ICANN) is perhaps the most critical organization that helps run the Internet. ICANN coordinates the distribution of IP addresses and the Internet’s Domain Name System (DNS). IP addresses are the numbers that are assigned to every computer on the Net to uniquely identify each device. There are two types of IP addresses, IPv4 and IPv6. The web has run out of IPv4 addresses (which I covered here and here) and is very slowly being replaced with IPv6 addresses. ICANN doles out these addresses.

Internet Corporation for Assigned Names and NumbersICANN also manages the Domain Naming System (DNS) on the web that converts IP addresses to names. DNS makes it possible to remember www.google.com, which is easy for humans to remember instead of remembering https://web.archive.org/web/20150507211330/http://74.125.224.72/, which is easy for computers to deal with, to get to Google.

The U.S. government funds ICANN. They Feds have gotten heat from around the globe after Eric Snowden’s revaluations about global spying operations. The role of ICANN is changing.

Internet Service Providers

on rampThe only group that makes money on the Internet but does not help run the Internet (yet) are the Internet Service Providers (ISP). ISP’s control nearly everyone accesses it. The gatekeepers to the web are ATT (T), Comcast (CMCSA), Charter (CHTR) and Time Warner Cable (TWC) are the biggest names of ISP’s. ISP’s “perform” two key functions. First, they provide last-mile connections, that is the connection to your home or business to their offices, which we all over-pay for. Next, they provide back-haul or backbone services that move your email across the town or across the globe. The ISP’s also make money on these ISP-ISP connections.

Right now the FCC is considering the future of the Internet during its Net Neutrality decisions. If the ISP’s get their way, it is likely that homes and businesses will be required to pay the ISP’s more money to maintain the crappy service we already get.

 

Six shadowy organizations that run the Internet infographic

rb-

Let’s add this up big business telecom money + millionaire politicians = the 1% screwing the rest of us. Get involved, save the Internet, get in touch with your alleged representatives and tell them NO MORE. 

 

Ralph Bach has been in IT long enough to know better and has blogged from his Bach Seat about IT, careers, and anything else that catches his attention since 2005. You can follow him on LinkedInFacebook, and Twitter. Email the Bach Seat here.

40 Years of Malware – Part 2

40 Years of Malware - Part 22011 marks the 40th anniversary of the computer virus. Help Net Security notes that over the last four decades, malware instances have grown from 1,300 in 1990, to 50,000 in 2000, to over 200 million in 2010. Fortinet (FTNT) marks this dubious milestone with an article that counts down some of the malware evolution low-lights.

The Sunnyvale, CA network security firm says that viruses evolved from academic proof of concepts to geek pranks which have evolved into cybercriminal tools. By 2005, monetization of the virus scene was underway and almost all viruses developed for the sole purpose of making money via more or less complex business models. According to FortiGuard Labs, the most significant computer viruses over the last 40 years are:

See Part 1 Here – See Part 2 Here  – See Part 3 Here  – See Part 4 Here

1945 – A Bug is Born –  Grace Murray Hopper, a researcher at Harvard, notes a system failure and finds a moth trapped in relay panels.

1949 – Self-replicating programsJohn von Newman a researcher from Hungary published the theoretical base for computers that store information in their “memory”.

1962 – A group of Bell Telephone Labs researchers invents a game that destroys software programs.

1971 – The Creeper Virus appears on ARPANET, the forerunner of the Internet. It replicates itself and displays a message: “I’m the Creeper: Catch Me if You Can.”

1974 – The Wabbit – was a self-replicating program, that made multiple copies of itself on a computer until it bogs down the system to such an extent that system performance is reduced to zero and the computer eventually crashes. This virus was named wabbit because of the speed at which it was able to replicate.

Apple IIe1981 – Elk Cloner – the first widespread virus on the Apple (AAPL) II platform, spreads by the floppy disk and infects boot sectors, generating messages and impairing performance.

1983 –  The term “computer virus” comes into vogue after Professor Len Adleman at Lehigh University demonstrates the concept at a seminar.

1986 – The Brain is the first global epidemic on the PC platform and shows businesses and consumers are clueless about protection.

1987 – Jerusalem virus – On any Black Friday (Friday the 13th), it would delete any programs that were run, instead of infecting them, so it simply couldn’t be ignored,” Roger Thompson told News.com, Australia. “You couldn’t throw away your hard drive, and reformatting it didn’t remove the virus,” the chief research officer for AVG said.

BSD Daemon1988 – The Morris worm – created by Robert Tappan Morris, infects DEC VAX and Sun machines running BSD UNIX connected to the Internet and becomes the first worm to spread extensively “in the wild”, and one of the first well-known programs exploiting buffer overrun vulnerabilities.

1990 – Chameleon– the first documented polymorphic virus, malware that adapts and changes to avoid detection.

1992 – Michelangelo – was expected to create a digital apocalypse on March 6, with millions of computers having their information wiped according to mass media hysteria surrounding the virus.  Later assessments of the damage showed the aftermath to be minimal.

1995 –  Concept – the first Macro virus attacked Microsoft (MSFT) Word documents.

1996 – Laroux – the first Microsoft (MSFT) Excel virus, appears in the wild.

1999 – The Happy99 worm – invisibly attached itself to emails and would display fireworks to hide the changes being made then wished the user a happy New Year. It modified system files related to Microsoft (MSFT) Outlook Express and Internet Explorer (IE) on Windows 95 and Windows 98.

1999 – The Melissa worm targeted Microsoft (MSFT) Word and Outlook-based systems, and created considerable network traffic.

rb-

Back in the day, I had to deal with both Happy99 and Melissa, as well as the occasional Stoned. Melissa was the easiest to deal with since I was running a GroupWise shop at the time, once the news spread, we just pulled the Cat5 from the GWIA and we saw minimal blowback. Let’s hear it for technological diversity.

Related articles

 

Ralph Bach has been in IT long enough to know better and has blogged from his Bach Seat about IT, careers, and anything else that catches his attention since 2005. You can follow him on LinkedInFacebook, and Twitter. Email the Bach Seat here.