Titlebook: Embedded Software and Systems; First International Zhaohui Wu,Chun Chen,Jiajun Bu Conference proceedings 2005 Springer-Verlag Berlin Heide

Debate

調(diào)味品

A New Iris Recognition Approach for Embedded Systemble: the speed is 5 times faster and the correct recognition rate is almost the same as the basic SVM. This work makes iris recognition more feasible in embedded systems. Also, the optimized SVM can be widely applied in other similar fields.

SCORE

tolerance

祖?zhèn)髫?cái)產(chǎn)

,W?rmetechnische Untersuchungen,nted by a set of linear matrix inequalities (LMIs). The resulting controller can not only asymptotically stabilize the system but also guarantee an adequate level of performance. Theoretical analysis and illustrative results show that the control strategy presented in this paper is effective and feasible.

ASSAY

Levensloop, instituten en veranderingenformance of response based on the bacterial foraging is computed for the designed PID controller as ITSE (Integral of time weighted squared error). Hence, parameters of PID controller are selected by bacterial foraging based optimal algorithm to obtain the required response.

畫布

Resource-Aware Programmingrade-offs between expressive power and static guarantees. We describe our preliminary experience designing and programming in a RAP language for hardware design, and give a brief overview of directions for future work.

Ergots

Soliloquy

Maximizing Parallelism for Non-uniform Dependence Loops Using Two Parallel Region Partitioning Methozing parallelism. By parallelizing anti dependence region using variable re-naming, we will divide the iteration space into two parallel regions by a line in case that FDT (Flow Dependence Tail set) does not overlap FDH (Flow Dependence Head set). Comparison with some related works shows more parallelism than other existing methods.

neologism

Component-Based Integration Towards a Frequency-Regulating Home Appliance Control Systemted while developing an embedded control system for frequency-regulating home appliances. In this paper, the control system is described, and the developing platform is presented in detail, including an Application Component Library and a Fast Developing Tool. Component-based embedded software design and implementation are also put forward.