Implementing Syntax Evolution of Embedded Systems

Implementing Active Vision in Embedded Systems

Machine vision is a powerful tool for process automation and control. However, the memory requirements and interface overheads of video buffers found in typical video grabbers are not easy to interface to low cost embedded systems. This paper describes an active vision interface that enables a low end microcontroller to use a standard video camera as an input for process control. The active vis...

Implementing Multimodal Biometric Solutions in Embedded Systems

Implementing Embedded Expert Systems via Programmable Hardware

The work deals with intelligent embedded systems, particularly with the problem of application of expert systems in embedded architectures. It summarizes the state of art and challenges in areas of embedded systems and rule-based expert systems, and gives motivations for implementing expert systems in embedded architectures. We design architecture of expert system and hardware architecture of e...

Implementing tiny embedded systems with networking capabilities

In this paper we present a hardware and software approach that allows the development of very simple embedded systems with networking capabilities. These embedded systems were developed in the context of domotics with the objective of offering an inexpensive platform to allow a cost-effective implementation of super-automated homes, i.e., homes with a very big number of sensors and actuators (s...

Multi-objective Intrinsic Evolution of Embedded Systems

investigate intrinsic evolution as a mechanism to achieve self-adaption and –optimization for autonomous embedded systems an embedded system ... adapts to slow changes by simulated evolution typically, change of environment adapts to radical changes by switching to pre-evolved alternatives typically, change in computational resources requires intrinsic evolution for autonomous operation