A Summary of Three Years of Contributions
Scholarly Contributions
Teaching  Contributions
Societal Contributions

Future Contributions
 


from 06/01/1999 to 05/30/2002
given to the University of Aizu by
Carl Vilbrandt,  Associate Professor


 
 
 LINUX/BEOULWOLF CLUSTERING
Clustered parallel computing for rendering, Monte Carlo simulation/VAR calculations, etc.Research optimal stand-alone configurations.Test distributed processing across aDSL or slower connections (to support distributed “Compufarms” across multiple Aizu villages.)Build upon work done b Pelligrini, Vilbrandt, D’Silva.Leverage CSFB relationship with Sun Microsystems to receive loaner equipment after successful proof-of-concept.
 UNIVERSITY OF AIZU AS A COMPUTATIONAL RESOURCE
Get permision setup of Parallel Virtural Machine PVM useing the universities network systems as a computational resource for colabration.  Test the parallel HyperFun polginizer based on PVM on the network and design HyperFun simulations and research based on this computational resource.

 
 ABUL LINUX ADMIN FOR SCHOOLS
Implement Linux base operating system and administration tools to simplify computer setup and on-going maintenance of PCs to be distributed into local Japanese schools.Localize into Japanese and provide for remote support as needed.Test train pilot school users in Shiokawa. Colabration with the new Open Source instute to bring two French students to Takeda Research Facility in Shiokawa.
 SHAPE MODELING, HYPERFUN & CULTURAL ARCHIVING
Continue development of F-REP and Hyperfun languages, providing open-source and documentation to French visitors for  European development work.Package system for immediate use with PCs being deployed into local Japanese schools.Incorporate local Aizu cultural history into gaming environments including “walk-thru” integration.
 MRI DATA CAPTURE AND F-REP IMAGINE
Leverage $1.2 million investment by Takeda Research Facility in MRI to capture data and use F-REP modeling language for 3D imaging of brain and stroke symptom tracking.Publish data to web for use worldwide in diagnosing strokes and other medical problems concerning the brain.
 EQUIPMENT WIPING AND DISTRIBUTION
Continue PC/Unix data wiping, preparation and distribution of equipment donated by CSFB.Use equipment to enable the Aizu Digital Valley Association in the Takeda Research Facility, local Town Hall, Nurses College, University of Aizu Arts Lab and (as ABUL work is completed) in local primary schools and community centers.Solicit additional donated PCs from other Tokyo firms to expand distributions as wipe/prep/dist process is formalized and scalable.
 LAB CONSTRUCTION & NETWORK IMPLEMENTATION
Wire Takeda Research Facility with 100MB LAN and implement aDSL or other broadband alternative, hooking up if  possible to River Fiber.Multiplex multiple aDSL as needed.Provide connectivity to bunk rooms, labs, and MRI  room.Recover RAID5 file servers and mass storage/backup.Map dynamic IP to domain names for FTP, mail and web  hosting.Install air-conditioning as needed.Add additional power circuits and provide limited UPS.Implement sustainable  technologies as fundable.Expand bunk and lab facilities to develop in a controlled fashion the 55-acre Oguni Pasture ADVA  land, creating a demonstration site to model rural development initiatives and provide more research/incubation capacity.Work with local community to rezone as test building site to simplify building permit restrictions, allow for more creative development of concepts and implementation of “best practices” not yet recognized in Japan.Compufarm to fund major build of IHC building by sale of Minneapolis and moving of furnishings to Aizu.
 RIVER RECOVERY AND FIBER
Donate Mendocino/Sonoma County river recovery educational CD-ROMs and set-up teaching station at local Pump Station Education Center.In order to be able to access included updated web content, gain access to Construction Ministry 1GB fiber at pump station and provide IP connectivity to Tokyo.Test River Fiber multiplexing concepts for proof-of-concept trialing of managed storage, calculation server and DR/BCP replication.
 COMPUTER EDUCATION METHODOLOGIES
Research current educational uses of PCs in local school districts and propose alternative methods to be tested with donated equipment in August pilot. Research connectivity issues and alternatives.Proceed with major fall rollout with CSFB volunteers and between five and ten additional primary schools.Coordinate with Ministry of Education, Prefectural Boards of Education, Fukushima Education Center, local community Board of Education, and local schools.Avoid “locked  room syndrome” by providing alternative methods to passively screen content, protect equipment and in general create a  more open environment to safely maximize student/PC/web interaction.Research concept of Mobile Computing Lab to be built into bus or van, enable temporary setups in remote villages and training from keyboard/mouse to advanced programming.
 INTERNSHIP PRE-SCREENING AND ORIENTATIONS
Provide Aizu University students with summer internships and potential future employment at CSFB. Pre-screen candidates from Arts Lab, DreamCraft Circle, Network Lab; assist them with resume writing, work-environment orientation, etc.Match talents to jobs, arrange Tokyo housing and payment stream from CSFB.
 SUSTAINABILITY RESEARCH
 Aizu Organic Farming Initiatives
Incorporate sustainability concepts through networked cooperation with national and local Aizu organic farming and permaculture initiatives to balance  economic growth with protection of the local environment and culture. Recognize themes from The Lexus & The Olive  Tree and proactively educate local leadership to prepare responses at the community government level.  Incorporate housing concepts (earth, fired ceramic, kura) with energy (solar, fuel cell, wind) and communications (fiber, wireless) to demonstrate sustainability concepts and reduce operating costs.  Organic food demand in Japan is up %400 percent. The following are some links to sites:
 PILOT REMOTE COMPUTING POD
Design a sustainable Digital Arts Institute research facility "pod" in Shiokawa.  Build model “pod” to include Data Center, Call Center, Education Center, Lab and Housing wings. Current methods of construction are not sustainable 90% of all energy is use to heat and cool modern fero-cement builds.  Using the Super Block Adobe design a research center that used thick passive walls made of earth as a heat sink to reduce the heating and cooling costs by 80%.to 90%  Set an example and goals for the GGPL agreement. Goal is to model small community technology infrastructure facility to be locally maintained and provide sustainable jobs, stop depopulation trends that are gutting local villages. Using Computer Aid Design CAD and 3D printers we can use three dimensional printing to create as cast in place shell structure of  for a casting a building. They are called future direct manufacturing process is being studied by many different enmities in Japan that are environmentally minded.  We hope to create the first 3D printed structure.

 
 DEVELOP THEORYS FOR DIGITAL BASE BUSNESS MODELS
Design busness models under the Greater Good Public Licence (GGPL) agreement, in colabration with George Defarmous and Carl Sunburg base on bio organismisc systems that have developed micro code/busness law that are autonomoic system that feature decentlized control, are limited, selfregulating, selfreparing and evolve.  The Internet and the Linux project are examples of these autonotmic systems. The outcome will be the book Organis

 
 LEGAL ENTITY CREATION AND FUNDING INITIATIVES
Greater Good Public Licence (GGPL)

Hyper Fuction Consortum (HFC)

We are close to completing the creation of a Non Profit Orgnization (NPO) for the Hyper Fun research
Aizu Digital Valley Assocation (ADVA)
Work with ADVA to get NPO status in order to facilitate funding and promotional activities.Follow with Compufarm NPO and potential CS Group expanded support.Create website for entities and establish funding stream for US-based hosting.
 AIZU UNIVERSITY INITIATIVES
  • Progress improvement initiatives to make Aizu University more successful in fulfilling its mission.This initiatives include:
  • Prep of local Fukushima students to enter AizuU (now only 30% local, goal of 70%)
  • Prep of women (currently only 10% women students, goal of 40%)
  • Local employment opportunities (now only 20% remain in prefecture; goal of 80%)
  • Expand grad student scholarships (now one student funded; goal of 10% of class)
  • Planning and build of Dormitory Facility to provide cheaper, closer student housing
  • Expand curriculum to include Department of Financial Computing & Engineering and in particular Tokyo
  • DR/BCP major community initiative
  •  Reduce costs through student-based maintenance training program, etc. Get buy-in from CS Group and other entities to support these initiatives.Deliver on University of Aizu goals as progressed by Kunii, Noguchi and Ikegami.
  •  FUKUSHIMA LIBRE HARDWARE AND SOFTWARE INITIATIVES
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     RECOMMENDED READING LIST
     This reading list is important to understanding the work of the Computer Arts Lab.  They are to some degree in the order of importance

    Internet Sites:

  • Digital Ethics and Philosophy and put into digital designs of hardware and software.

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    Books Published or Journals on the internet:

  • http://cal05.u-aizu.ac.jp/~cwv/organis/  This paper examines the latest of paradigms - the Virtual Network(ed) Organisation - and whether geographically dispersed knowledge workers can virtually collaborate for a project under no central planning. Co-ordination, management and the role of knowledge arise as the central areas of focus.

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    Books in paper form:  They can be ordered from Amazon.Com and are hyperlinked to reviews, ordering, etc.Book summaries are taken directly off  of Amazon.Com: