This book is the first ever to focus on the emerging field of self-aware computing from an
engineering perspective. It first comprehensively introduces fundamentals for self …

Nonoverlapping multicamera visual object tracking typically consists of two steps: single-
camera object tracking (SCT) and inter-camera object tracking (ICT). Most of tracking …

(57) ABSTRACT A method for determining calibration data for at least two cameras
(camera1, camera2) in a multi view position, includes a step of determining respective …

This chapter covers a reference architecture for describing and engineering computational
self-awareness and self-expression in computing systems. The architecture provides a …

Self-awareness concepts from psychology are inspiring new approaches for engineering
computing systems which operate in complex dynamic environments. There has been a …

This chapter discusses another example of self-aware and self-expressive systems: a multi-
camera network for object tracking. It provides a detailed description of how the concepts of …

Chapter 5 has provided step-by-step guidelines on how to design selfaware and self-
expressive systems, including several architectural patterns with different levels of self …

As explained in Chapter 5, self-aware and self-expressive systems can be designed based
on a number of patterns and primitives. In this chapter, we discuss issues to be considered …

The implementation of a distributed self-aware computing system (SACS) typically requires
a substantial software infrastructure. A middleware system with dedicated services for self …

This chapter will relate our concepts of computational self-awareness and self-expression to
other efforts in computer science and engineering under the self-awareness label …