embedded system-36

Demand-driven curriculum for embedded system software in Korea
S Pak, E Rho, J Chang ,Proceedings of the 2005 Workshop on , 2005 ,lulu.com
ABSTRACT This paper describes how Korean Government has designed and driven the
innovation of undergraduate curriculums to meet increasing industrial demand for quality IT
experts in the computer-software field. The computer-software field has been categorized 

Embedded Fault Diagnosis Expert System Based on CLIPS and ANN
T Dapeng, L Peiyu ,Computational Science–ICCS 2007, 2007 ,Springer
Using modulari- zation theory principle, system re-configuration and expansion ability were
guaranteed, and data process components and graphic user interface compo- nents could
be reduced to meet the embedded system running requirement. 

Towards laying common grounds for embedded system design education
P Marwedel ,First Workshop on Embedded System Education ( , 2005 ,lulu.com
Abstract—In this paper, we propose to introduce a common introductory course for
embedded system education. The course puts the different areas of embedded system
design into perspective and avoids an early over-specialization. Also, it motivates the 

Indoor/outdoor pedestrian navigation with an embedded GPS/RFID/self-contained sensor system
M Kourogi, N Sakata, T Okuma ,Advances in Artificial Reality , 2006 ,Springer
We implement the proposed method as an embedded system to output posi- tion and azimuth
of a user. A pedestrian navigation system for indoor/outdoor environments is constructed by
coordination with the embedded system and external navigation applications. 

Application of Aspect-based Modeling and Weaving for Complexity Reduction in the Development of Automotive Distributed Realtime Embedded System
A Nechypurenko, E Wuchner, J White ,Proceedings of the , 2007 ,sunsite2.icm.edu.pl
ABSTRACT To meet the stringent resource and costs constraints in developing modern
automotive embedded electronic systems requires careful consideration of various aspects,
such as the target hardware structure, component collaboration model, and timing models. 

Fine grained traceability for an MDE approach of embedded system conception

Abstract. MDE approaches are wide-spreading more and more. They allow the generation of
code from high level abstraction models, using intermediary models. A development system
based on an MDE approach often involves several model transformations composing one 

An intelligent embedded system for control applications
C Pavlatos, A Dimopoulos , on modeling and , 2005 ,seacorn.cs.ucy.ac.cy
Abstract—In this paper we present an architecture for intelligent embedded systems, based
on an FPGA (Field Programmable Gate Array) and a RISC microprocessor that
communicate through a shared memory. The proposed architecture targets in efficiently 

Simulation of the communication time for a space-time adaptive processing algorithm on a parallelembedded system
J West ,Parallel and Distributed Processing, 1998 ,Springer
The focus of this work involves the investigation of parallelization and performance improvement
for a class of radar signal processing techniques known as space-time adaptive processing
(STAP). STAP refers to an extension of adaptive antenna signal processing methods that 

Designing the software architecture of an embedded system with uml 2.0
G Frick, B Scherrer ,Software Architecture Description , 2005 ,cs.rug.nl
Abstract. As part of a methodology for model-driven development of embedded systems
software, we have given selected elements of UML 2.0 an interpretation as an architectural
design language (leveraging the port concept). Our focus is on modularisation and variant 

Real-time embedded system for stereo video processing for multiview displays
RPM Berretty, AK Riemens ,Proc of SPIE-IS&T , 2007 ,riemens.org
ABSTRACT In video systems, the introduction of 3D video might be the next revolution after
the introduction of color. Nowadays multiview auto-stereoscopic displays are entering the
market. Such displays offer various views at the same time. Depending on its positions, 

Structured component composition frameworks for embedded system design

The increasing integration of system-chips is leading to a widening gap in the size and
complexity of the chip-level design and the design capabilities. A number of advances in
high-level modeling and validation have been proposed over the past decade in an 

Automated Design Space Exploration on System Level for Embedded Systems

Thus a structured design process has to deal with heterogeneous requirements and restrictions.
The integration of dedicated tasks for HW-design and SW-design as well as real-time operating
system functionality into the embedded system design flow is the main challenge. 

Automated application-specific tuning of parameterized sensor-based embedded system building blocks
S Lysecky ,UbiComp 2006: Ubiquitous Computing, 2006 ,Springer
We previously developed building blocks to enable end-users to construct customized
sensor-based embedded systems to help monitor and control a users’ environment.
Because design objectives, like battery lifetime, reliability, and responsiveness, vary 

Embedded system design and hybrid systems

Reactive real-time embedded systems are pervasive in the electronics system industry. The
design of embedded controllers, ie, of embedded systems that perform control actions on
physical systems, is addressed. Hybrid and heterogeneous systems are used as 

The dynamic power management for embedded system with Poisson process
T Chen, J Huang ,Journal of Zhejiang University-Science A, 2005 ,Springer
Abstract The mass of the embedded systems are driven by second batteries, not by wired
power supply. So saving energy is one of the main design goals for embedded system. In
this paper we present a new technique for modelling and solving the dynamic power 

A compositional behavioral modeling framework for embedded system design and conformance checking
International Journal of , 2005 ,Springer
We propose a framework based on a synchronous multi-clocked model of computation to
support the inductive and compositional construction of scalable behavioral models of
embedded systems engineered with de facto standard design and programming 

An Embedded Adaptive Filtering System on FPGA
PP Choo ,Department of Electrical Engineering, San Jose ,engr.sjsu.edu
Xilinx ISE tools. The normalization algorithm is coded in C and runs on the MicroBlaze
processor. This embedded system has been implemented in a Xilinx ‘Spartan-3 Starter
Kit’ board using Xilinx EDK toolset. This system works 

Wearable EDA sensor gloves using conducting fabric and embedded system
Y Lee, S Yoon, C Lee ,World Congress on Medical Physics and , 2007 ,Springer
We developed wearable EDA sensor gloves using conducting fabric and embedded system.
EDA (Electro-dermal Activity) signal is an electric response on the skin of the human body.
There are SCL (Skin Conductance Level) and SCR (Skin Conductance Response) in EDA