Basic Technology Review

Here is a list of review terms to help make sure you are ready to deal with the material in this course.

Here is a useful exercise to test your understanding of some of the most basic technological and economic relationships associated with computers and the Internet:

In February 1994, I bought a high quality laptop for $3,200 and in May 1998, I again bought a high quality laptop and paid $3,200. How were these machine different? IN May 2001 I again purchased a new laptop for $2,100. And, yet again, I purchased a laptop in October 2003 - $2,200

1994

The microprocessor was a 486 40MHz, 60 MIPS

It had 8mb of RAM

The hard drive had 200mb of space.

The screen was 8" at 800X600 resolution

It had a modem operating with 14k speed

 1998

The microprocessor was Pentium II 233MHz, 400MIPS

It had 64mb of RAM

The hard drive had 4gb of space.

The screen was 13" at 1024X768 resolution

It had a modem operating at 56k speed

It had a CD drive and a USB port

 2001

The microprocessor was a Pentium III 850 Mhz, 1.5BIPS

It had 256 mb of RAM

The hard drive operated at 7200 rps and had 20GB of space

The screen was a 14" operating at 1024 X 768

The modem operated at 56K

It had a CD/DVD drive

 2003

Microprocessor - Pentium M - 1.6 Ghz, 2.5BIPS

512 mb of RAM

Hard Drive - 40 GB

13" screen @ 1280 X 1024

Wireless WiFi B and G

11mbs


Depending on the measure used, the 1998 machine was many times (two to twenty times) better than the 1994 machine and yet it cost the same (actually a little less in real terms.) The 2001 machine was about 4 times faster than the 1998 machine, had 5 times as much data storage space and 4 times as much memory. (If you don't understand the comparison specs on the computers, you are on the wrong side of the "digital divide" and will need to start at a lower level than this test.) This same comparison could be done for any four year interval between about 1985 and 2000.
How is this possible? If you think this happens for all or even many products, you need to come back to planet earth. While you're at it, explain how the U.S. economy recently has been able to grow so fast with such high increases in productivity, low rates of unemployment, and low rates of inflation.

 

What is happening?

Why does technological change have such a profound impact?

Exponential impact on costs and prices


Creation of new products
Cumulative innovations
Alters social and political institutions
Deconstructs and reconstructs the very fabric of production, consumption, productivity
Source of most of economic growth

In contemporary world we are experiencing radical changes in costs, prices, computing power, products, innovation, organizational - social - and political change brought on by the IT revolution.

The declining cost of creating, manipulating and moving information makes it more valuable:

Internet and E-business - If it can be digitized, it can be done anywhere and moved anywhere.

Changes in the IT Industry

Does IT still matter for competitive advantage?

IT/Information as a commodity
Moore's Law less important - good enough
IT matters because of what you do with it - manage better, not buy new and better
Exploding connectedness to the Internet
Computing power - a utility
Software - a service - a web service
Outsource - IT as computing and software
Open standards - real interoperability - XML, UDDI, SOAP, WSDL

1864 - uniform system of screw threads - interchangeable parts/mass production
Sears and railroads
Software firms sell services, not software packages
Banks, etc. sell IT-based services

Greater business control over IT departments

Cost reduction
Better information
Shared infrastructure
Competitive Advantage

Business Process Offshore Outsourcing - BPOO

IBM - IT services; no PC unit

What are the trends in e-business/e-commerce?

January 05, 2005

eMarketer's team of analysts and researchers give their predictions of what to look out for in 2005 in the Internet, e-business and emerging tech arena.

 

Alternative Advertising: While paid search will continue to dominate online advertising in 2005, the growing fear of digital video recorders (DVRs) stealing eyeballs from TV commercials will increasingly impel brand marketers to devote more of their budgets to "alternative" vehicles. Senior Analyst David Hallerman explains that for some of these traditional companies, that alternative will simply mean more online advertising — eMarketer expects over 27% spending growth for rich media advertising and 21% for overall online ad spending in 2005. In addition, marketers will increasingly incorporate the Internet into word-of-mouth campaigns, making the referral buzz more effective than it has been offline only.

RSS: RSS (Really Simple Syndication) will grow as a pervasive form of content syndication. Supporting the idea of alternative advertising, eMarketer Director of Research Yael Marmon says we should expect to see advertisers attempting to leverage RSS as a platform for targeted advertising.

RSS is a format for syndicating news and the content of news-like sites, including major news sites like Wired, news-oriented community sites like Slashdot, and personal weblogs. But it's not just for news. Pretty much anything that can be broken down into discrete items can be syndicated via RSS: the "recent changes" page of a wiki, a changelog of CVS checkins, even the revision history of a book. Once information about each item is in RSS format, an RSS-aware program can check the feed for changes and react to the changes in an appropriate way.

RSS-aware programs called news aggregators are popular in the weblogging community. Many weblogs make content available in RSS. A news aggregator can help you keep up with all your favorite weblogs by checking their RSS feeds and displaying new items from each of them.

Imagine you want to write a program that reads RSS feeds, so that you can publish headlines on your site, build your own portal or homegrown news aggregator, or whatever. What does an RSS feed look like? That depends on which version of RSS you're talking about.

http://www.xml.com/pub/a/2002/12/18/dive-into-xml.html

http://www.webreference.com/authoring/languages/xml/rss/intro/

Pay close attention to this article on our course website: (thanks to Michele Hickman)

Home-Brew IPod Ad Opens Eyes

AOL Changes: AOL has lost 4 million subscribers in the last 2 years. It's dial-up business is stagnating as Internet users migrate to broadband. In 2004, online advertising revenue made up approximately 11% of AOL's total revenue. By the end of 2005, AOL will be hoping that online advertising revenue will make up close to 20% of its total revenue (it plans to open its doors to non-subscribers) as its access business continues to decline.

On-Demand TV: Consumers are taking more control of their TV experience. "DVRs on their own will not change the TV landscape," says Senior Analyst Ben Macklin, "but combine the power of time-shifted viewing and ad skipping with the increasing availability of video-on-demand and broadband entertainment, and we should begin to see changes in the landscape." Advertisers need to embrace the new environment in order to find and target their audiences.

Wireless Broadband: Look for more wireless broadband in 2005, as well as more consolidation among operators, particularly throughout the Americas. TV is also coming to wireless handsets, in the form of clips and even streaming video. Senior Analyst Noah Elkin warns, "Don't expect consumers to throw out those 42-inch plasma sets in favor of tuning into 'The Apprentice' on their cellphones, but operators will push this sort of value-added service nonetheless, hoping to drive up consumers' monthly bills." This year, wireless broadband will begin to challenge operators' high-speed 3G.

Radio Frequency Identification (RFID): Wal Mart's deadline is January 2005 for it's top suppliers to start sending RFID-tagged goods to its warehouse in Dallas. IDC estimates US retailers and their suppliers spent roughly $90 million in 2003 on RFID, and AMR Research estimates consumer goods companies, many of which supply retail giant Wal-Mart, spent $250 million on RFID tags in 2004.
eMarketer predicts adoption by the retail sector will continue in 2005, as part of a long term trend. Reports put Wal-Mart's RFID spending alone at $3 billion over the next several years.

Voice-over Internet Protocol (VoIP): Though growth in the number of VoIP users was slow in 2004, eMarketer Senior Analyst Steve Butler says it should pick up significantly in 2005. Awareness among businesses and consumers grew in 2004, as telecom and cable providers rolled out their VoIP offerings.

Linux: In 2005, eMarketer expects Linux adoption in the enterprise to continue, especially as part of the server upgrade cycle. IDC recently projected that the Linux marketplace, including servers, PCs and packaged software, would rise by a compound annual growth rate (CAGR) of 26% between 2003 and 2008.

Cross-Channel Retail: Retailers will think of their online stores less as unique, standalone channels by increasing their efforts to integrate inventory management fufillment activities and marketing across all sales channels — stores, Web sites and catalogs. They will also spend more time studying the behavior of cross-channel shoppers in order to create incentives that keep these shoppers from browsing in their online/offline stores but then making their actual purchase with a competitor.

IT Security: Security has been one of the top three IT priorities among businesses for the past 3 years, as Morgan Stanley reported in 2003 that security was the top network spending priority among US CIOs for 2004. eMarketer expects this trend to continue in 2005.

 

95% of the changes from the IT revolution are in front of us

What are the historical origins of this revolution?

Techno-economic revolutions in the past:

1780-1840 Industrial manufacturing of textiles
Water power

1840-1890 Steam, iron and railways

1890-1940 Electricity and steel
Internal combustion engine
Chemicals

1940-1990 Mass production and consumption
Autos, electronics, oil, aviation

1990-??? Information technology/ knowledge-intensive production
semiconductors, software, digital networks, new communications,
mass customization, nanotechnology, biotechnology, genetic
engineering, "the age of spiritual machines"

 

What happened to bring on the IT revolution?

1947 - invention of the transistor at Bell Labs

1954 - first silicon transistor

1958 - Fairchild Camera developed the planer process for low-cost production of ICs 1958 - Texas Instruments and Fairchild independently created the first integrated circuit; now transistor circuits could be placed on semiconductor material (silicon) and no longer needed to be wired together

1961 - first marketable chips in 1961; sold to NASA and military

1961-1970 - large scale production of semiconductors lowers cost and increases reliability

1965 - Moore's Law

1969 - Advanced Research Projects Agency creates ARPANET

1971 - Microprocessor is invented at Intel

1972-2000 Globalization of semiconductor technology and production

1973 - 1975 - Xerox Parc creates the first real personal computer - the Alto
Bob Metcalfe at Xerox PARC invents the ethernet and LANs

1975 - First commercial microcomputer: Altair 8800

1978 - Apple Computer

1981 - IBM sells PCs
IBM licenses the DOS from Microsoft for its PCs

1984 - Apple Lisa and GUI operating system

1985 - SUN Microsystems and commercial workstations

1983 - 1992 Rise of the clone: Compaq and Dell

1990 - Microsoft releases Windows 3.0 - GUI for PCs

1991 - Tim Berners-Lee invents URL, HTTP, and HTML

1993-4 - Marc Andreessen invents WWWeb browser Mosaic which becomes Netscape

1994-1999 Metcalfe's law begins to power e-commerce as the WWW emerges

2000-2003 Emergence of wireless technologies and business models

 

How the Internet Works

One of the best overviews of the economic impact of the Internet is in the following set of articles:

Untangling e-conomics
Elementary, my dear Watson
Solving the paradox
Virtual guesswork


Where are we in the cycle of change created by the Internet?

1990-1998: Initial development

Infrastructure and standards
Early adopters
New Business Models
Web as toy or fad

1999-2001: The Web is for real

Explosive growth in infrastructure and adopters
Acceptance by a majority of businesses - most "get it"
Extreme turmoil and fear - panic efforts to get on the bandwagon
Mergers and acquisitions
Infrastructure upgrades
.coms are "fireflies before the storm"
extreme overvaluations in the stock market
.com shakeout becomes dot bomb as the bubble bursts
collapse of capital spending follows bubble burst
complexity and difficulty of e-business operation becomes clearer

2001-2007 Hypergrowth

Laggards begin to fail
Winners/early adopters widen lead
Frantic effort at catch-up
Some early adopters fail
New Business Models II
Technology upgrades in processors and connection speeds
Critical mass is achieved in more and more industries
Metcalfe's Law accelerates - network firm intensifies deconstruction
Globalization accelerates - many distinctions between national economies disappear
Cascading changes sweep across many industries
Institutional restructuring (political, social, demographic) follows and accompanies economic changes
Intensified social and political conflict (winners versus losers)

 

1) What was the role of the government - specifically ARPA - in the development of the Internet? Who were the other partners involved in developing the ARPAnet? Could the Internet have developed at all without ARPA? Where were the great U.S. corporations?

2) How does the Internet work at the most basic level? Use these terms to construct a paragraph explaining how information moves across the Internet:

Important terms:

packet switching
IP address
domain name
router
local area network (LAN)
protocols (TCP/IP)
network of networks
interoperability
URL
HTTP
HTML
Browser

3) What is the difference between the Internet and the World Wide Web?