|
Efficient Network Processor
Architectures for IPv6
Processing - Reference
Hardware Design and
Prototyping |
Aachen University of
Technology |
|
TiP-XP: TinyProtocols
Framework for Embedded XP |
Aachen University of
Technology |
|
IPSec MIPv6 |
ALaRI, University of Lugano |
|
Accelerating Next-Generation
Windows CE.NET Applications
Using Run-Time Configurable
Coprocessors |
American University of
Beirut |
|
Development of a
fault-tolerant distributed
system environment based on
Windows CE PDA and Visual
Studio .Net technologies |
Arizona State University
|
|
Teaching and Research
Proposal (Priscilla: the
talking head) |
Brown University
|
|
Parking system project
proposal |
Budapest University of
Technology and Economics |
|
Embedded XP for Para-virtual
Machines |
Cambridge University
|
|
Managing Scalable
Distributed Data Structures |
Centre dEtudes et de
Recherches en Informatique |
|
NON-VISUAL INTERACTION WITH
STANDARD PDAs |
Computer Science Research
Institute of Toulouse |
|
Cornell Autonomous Aerial
Vehicle Research Proposal
(CUUAV) |
Cornell University
|
|
Real Time Control of Mobile
Robots with CE.NET (Robocup) |
Cornell University
|
|
Systems for Embodied
Evolutionary Robotics
(Nonaped) |
Cornell University
|
|
A course on Embedded Systems |
BITS, Pilani |
|
Embedded Real-Time Control
for Mobile Robots |
CWRU |
|
Cryptography in the Windows
CE and .NET environment
based on hardware/software
co-design. |
Czech Technical University
in Prague |
|
Nova: A Programmable
Windows-based |
Domaine Universitaire |
|
Processing scheduling for
embedded systems with BOSSA |
Ecoles des Mines de Nantes/INRIA |
|
TASK MACHINE |
ETH Zurich |
|
Scatterweb: A tall-thin
Approach for a Hands-on-Lab
Mobile Communications |
Freie Universitt Berlin |
|
A Microsoft Embedded Systems
Instructional Laboratory
(lots of projects!) |
Georgia Institute of
Technology |
|
Response to Microsoft
Research Embedded Systems
RFP |
Ghent University
|
|
Hourglass: An Infrastructure
for Sensor Network
Applications |
Harvard University
|
|
Multi-layer and Power
Efficient Routing in |
Hebrew University of
Jerusalem |
|
A CE Robots Community (CERO)
and teaching Mobile
Solutions |
Humboldt-Universitt zu
Berlin |
|
SensAid Pad: Sensor-Aided
Information |
IDA Linkoping University
|
|
Cluster Based Ad hoc Network
Routing Protocol
Implementation under Windows
CE.NET |
Indian Institute of
Technology Guwahati |
|
Embedded Assistive Devices |
Indian Institute of
Technology, Kharagpur |
|
Haddock -FS - a distributed
file system for ad hoc
networks |
INESC ID - Distributed
Systems Group |
|
Dynamic Adaptation of
embedded multimedia
applications |
INRIA Rhne-Alpes |
|
ANACONDA |
Lancaster University
|
|
Microsoft Embedded Program |
Monash University
|
|
A Windows CE .NET Platform
for Personal Multimedia
Station on DSP-Based
Multi-Core System-on-Chip |
National Cheng Kung
University |
|
Study and Analysis of
Multimedia Codec
Optimization on Embedded
Dual-Core Architectures for
Windows Platform |
National Chiao Tung
University |
|
Embedded Web Services Using
.Net Technologies |
National Taiwan University
|
|
An Embedded System for Print
Management Using CE.NET |
National Tsing Hua
University |
|
Efficient Supports of .NET
Remoting over Heterogeneous
Wireless Networks |
National Tsing-Hua
University |
|
Embedded Operating Systems
for Recofigurable Computing |
National Universtity of
Singapore |
|
Evolving and Testing Smart
Sensor Networks Using
Windows Embedded XP |
Ohio State University |
|
Proposal for Security Policy
Management Research of
Embedded System Based on
.NET Compact Framework |
Peking University
|
|
A Bluetooth based Indoor
Positioning System for
Handheld Devices |
Politecnico di Torino |
|
Teaching project: Embedded
Systems Laboratory Course at
PUC |
Pontificia Universidad
Catlica de Chile |
|
Embedded Systems Education:
Low-Power Handheld Systems |
Princeton University
|
|
Automated Wireless
Identification System (AWIS) |
Rhodes University
|
|
Embedded IPv6 Performance
Issues Heterogeneous
Technologies |
RMIT University
|
|
Proposal for the Integration
of a Time-Triggered Ethernet |
RWTH Aachen, |
|
The Network-Enabled Powered
Wheelchair Adaptor Kit |
Ryerson University, Toronto |
|
Application Specific and
Automatic Power Management
Based on Whole Program
Analyses |
Seoul National University
|
|
Teaching Microsoft Embedded
Systems |
Technical University of
Catalonia |
|
Automated Methodology for
Robustness Wrapping of OSs
Creating Trusted Embedded
System Foundations |
Technical University of
Darmsatdt |
|
Schedulability of mixed
Real-Time and general
messages in heterogeneous
type networks (CAN TCP/IP ) |
Technical University of
Sofia |
|
Moving Sensors Around
Autonomous Patrol Robot |
Technion Israel Institute of
Technology |
|
Looking for New Instructions
and Optimizations in
Embedded Systems |
UNICAMP |
|
Applying Windows CE .NET to
avionic industry: data
acquisition and monitoring
system for ARINC 429 avionic
instruments |
Universidad Carlos III de
Madrid |
|
Hybrid Museums: Building the
Museums of the 21st Century |
Universidad Politcnica de
Valencia |
|
Header compression
functionality for IPv6 |
University of Arizona |
|
BELKA Using Mixed-Reality
Gaming to Investigate
Integrated Mobile Ad Hoc
Digital Communities |
University of Birmingham |
|
Traceit!: Event Trace
Generator for Distributed
Embedded Real-Time
Applications |
University of Buenos Aires
|
|
Enhancement of the Real-Time
Application Support
Capabilities of Windows CE
.NET |
University of California
|
|
Application-Specific PIM
(Processor-In Memory)
Architecture for Embedded
Systems |
University of California at
Irvine |
|
Teaching Hardware/Software
Codesign |
University of Cambridge
|
|
Applications of Asynchronous
Interaction Is There Anybody
out There? |
University of Cape Town
|
|
AIBO Port to Windows CE .NET
(see also
GermanTeam - AIBO RoboCup) |
University of Dortmund |
|
Embedded Systems for Older
and Disabled People. |
University of Dundee
|
|
ROTOR CE Porting the SSCLI
to WinCE |
University of Hull
|
|
Integration of an
Introduction to Windows
CE.NET and .NET Compact
Framework in the
Senior/Graduate Networking
Course |
University of Massachusetts
Amherst |
|
Embedded Sensor-Actuator
Networks (ROCI: Remote
Objects Control Interface) |
University of Pennsylvania
|
|
Robotics Embedded Software
Agents for XP Embedded
(Robotics4.NET) |
University of Pisa
|
|
Real-time robotics and
process control (see
also
Lego.NET) |
University of Potsdam |
|
Mobile robots and appliances
to support the elderly
people |
University of Rome |
|
Supporting Seamless Access
for mobile CE.Net Devices |
University of Saskatchewan
|
|
A Mobile Agent
Infrastructure for
Smartphones |
University of Strathclyde
|
|
Self Organizing Mobile
Applications in Multihop
Ad-hoc Networks |
University of Trier
|
|
COntextual Web services for
Smart Personal Object
TechnologieS |
University of Victoria,
Canada |
|
Context-Aware Smart Device
Grids |
University of Virginia
|
|
.Net for
Architecture-Neutral
Real-Time Systems |
University of York
|
|
Pervasive Embedded Networks
for Ad Hoc Environments |
Virginia Polytechnic
Institute and State
University |