I am often a disruptive early adopter. Some have said I have a talent for making practical and usually successful choices based experience and an in-depth and hands-on understanding of new technologies and their benefits.
Here are a few examples of new approaches I have championed over the years, and then demonstrated, often in the face of strong legacy opposition at the time:
- 1979: Early adopter of “connectionless” TCP/IP networks because I found my efforts building end-to-end reliable networks using connection oriented protocols (X.25) were unworkable.
- 1980: As a participant in IEEE 802, I proselytized for the adoption of Ethernet CSMA/CD by local computer companies like Network Systems and CDC by pushing the DIX Blue Book to several engineering V.P.s I knew.
- 1984: Successfully pioneered the use of TCP/IP on supercomputers by refusing to succumb to heavy commercial pressure for legacy RJE methods.
- 1990: Blocked the use of legacy DEC and IBM proprietary terminal oriented systems for UofMN campus information system, and promoted the use of lightweight transaction oriented TCP/IP protocols, which became an important enabler for the creation of the first Internet browser, Gopher.
- 1997: Promoted the use of DVB saturated transponder operation over SCPC multi-carrier back-off for international Internet satellite services.
- 2005: Pushed for NAL (a.k.a. fragmented MP4) based video transmission methods and abandonment of MPEG-2 TS based architectures years in advance of DASH.
- 2009: Argued that video was becoming an extension of the web (a.k.a. HTML-5 video extensions), against strong opposition from legacy architectures based on MPEG-TS such as Microsoft’s Mediaroom with its closed proprietary app ecosystem.
Not to mention many other “skunk works” efforts where I felt it was folly to wait even though there was significant opposition:
- 1977: Adopted the Unix operating system over vendor software for Lunar Sample Analysis laboratory instrument control at UofMN.
- 1982: Demonstrated Xerox Parc Alto concepts of object oriented programming, bitmap display, and the mouse, leveraging contacts from Stanford, and the early acquisition of Sun Microsystems (s/n 128) system(s).
- 1985: Picked the locks and broke into UofMN tunnel system with a group of high energy physicists to pull several KM of fiber for access to a new $20M supercomputer.
- 1985: Founded NSF Regional network MRNet, and bamboozled UofMN, ARPANet/NSFNet to transfer connection to it.
- 2010: Demonstrated the use of low cost high density silicon based AVC video compression to enable adaptive rate video services.