Home ›

Contest Update: NIC Contest

Sep 01, 2001  By Phil Hughes
 in
And the winners are...
NIC Contest

And the winners are...

In the May/June 2001 issue of Embedded Linux Journal, we announced our second contest, ``Using the NIC as an Embedded System'' (see the Contest Rules and Overview on page 8 of that issue for specific details). We have chosen the 20 finalists based on their proposals and are shipping their computers. Their final entries are due on February 4, 2002 in the form of a web site, and the grand prize winner will receive an all-expense paid trip to Costa Rica. Two runners up will each receive a Lego Mindstorms package, consisting of the Lego Mindstorms Robotics Invention System, Mindstorms Vision Command, The Unofficial Guide to Lego Mindstorms Robots and the Lego Mindstorms Ultimate Accessory Set.

Well, here they are, the winners for the NIC contest. First, let me say that we had a lot of really good entries. Knowing that we only had 20 systems available, we tried to distribute the winning ideas to various industry areas. Thus, you will see home systems, industrial testing systems, retail systems, kiosks and at least one system just for fun.

Additionally, some of the ideas included the construction of additional custom hardware. This shows, as I expected, that we aren't just a bunch of programmers. Like most embedded engineers, we see the need to combine hardware and software design to create the right product.

Thanks to everyone for entering; it was great reading all the ideas. It will continue to be interesting to see how the 20 selected proposals develop into systems.

Because of space limitations, this list of finalists lacks a lot of details. Check out the ELJ web site for specifics.

  • L'âne POS: Using the NIC as a Thin Client, by Jason Burrell

  • Wireless Kiosk, by Holden Karau

  • Implementing DOCSIS-compatible Cable Modem Using a Host Processor, by Huan Liu

  • Non-destructive Evaluation of Aircraft Components for Corrosion, by Alexander Perry

  • Voice-Controlled Wireless MP3 Music System, by Jeff Wisnewski

  • Voting Machine, by Kurt Schiftner

  • Multi-session PPPoE Router, by James A. Courtney

  • Home Appliance Interface (HAPI), by Shawn Bower, Gerry Mletzko, Kris DeMuth, Steve Ernst and Peter Halliday

  • A Cost-Effective Video Conferencing Solution Using ThinkNIC, by Jeremy Bursky

  • Oracle ERP/Java Application Workstation, by Carl Zmola

  • SNOT: Secure Network Orifice Tester, by Steve Johnson

  • IP-Video Transmitter, by Giuseppe Colucciello

  • Adaptive and Efficient Residential HVAC Control, by Philip Zumsteg

  • MobiSale: POS Note Suitable for a Mobile Environment, by Imran Patel

  • PottyPenguin: Addressing Computing Needs While in the Bathroom, by Juan Ignacio del Valle, Alexis Maldonado and Alf Delgado

  • Internet-Aware Communications Device for People with Disabilities, by John Kacur

  • Agent's Contact Mine, by Matthew W. Excell

  • Puffin on the NIC, by Richard J. Jafrate

  • Teleport: Video Conferencing/Telecommuting Station and Distance Learning Terminal, by Mike Machado

  • Shortwave Radio Educational Kiosk, by Jay Sissom

email: phil@ssc.com

______________________

Phil Hughes

White Paper
More Resources
Fabric-Based Computing Enables Optimized Hyperscale Data Centers

Today’s modular x86 servers are compute-centric, designed as a least common denominator to support a wide range of IT workloads. Those generic, virtualized IT workloads have much different resource optimization requirements than hyperscale and cloud applications. They have resulted in a “one size fits all” enterprise IT architecture that is not optimized for a specific set of IT workloads, and especially not emerging hyperscale workloads, such as web applications, big data, and object storage. In this report, you will learn how shifting the focus from traditional compute-centric IT architectures to an innovative disaggregated fabric-based architecture can optimize and scale your data center.

Learn More

Sponsored by AMD

White Paper
More Resources
Red Hat White Paper: Using an Open Source Framework to Catch the Bad Guy

Built-in forensics, incident response, and security with Red Hat Enterprise Linux 6

Every security policy provides guidance and requirements for ensuring adequate protection of information and data, as well as high-level technical and administrative security requirements for a system in a given environment. Traditionally, providing security for a system focuses on the confidentiality of the information on it. However, protecting the data integrity and system and data availability is just as important. For example, when processing United States intelligence information, there are three attributes that require protection: confidentiality, integrity, and availability.

Learn more about catching the bad guy in this free white paper.

Learn More

Sponsored by DLT Solutions