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By its very nature, mixed reality and augmented reality are highly interdisciplinary fields involving signal processing, computer vision, computer graphics, user interfaces, human factors, wearable computing, mobile computing, computer networks, distributed computing, information access, information visualization, and hardware design for new displays and sensors. MR/AR concepts are applicable to a wide range of applications. ISMAR 2002 presents the latest work from researchers in academia and industry.

Virtual reality

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By its very nature, mixed reality and augmented reality are highly interdisciplinary fields involving signal processing, computer vision, computer graphics, user interfaces, human factors, wearable computing, mobile computing, computer networks, distributed computing, information access, information visualization, and hardware design for new displays and sensors. MR/AR concepts are applicable to a wide range of applications. ISMAR 2002 presents the latest work from researchers in academia and industry.

Virtual reality

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On the 16th of June the ACM SIGPLAN Workshop on Memory System Performance (MSP'02) was held in Berlin, Germany. MSP'02 is a new workshop that focuses on software techniques to address the memory wall.Given current technology trends that forecast a rapidly growing processor-memory speed imbalance, optimizing a program's memory system performance has become increasingly important. Much research has focused on improving the cache performance of scientific programs that use arrays as their primary data structure. Unfortunately, these techniques are not a complete solution for general purpose programs, which manipulate more complex and dynamic data structures. While recent research has begun to address this problem, much work remains to be done.The focus of this workshop is on all aspects of improving the memory system performance of general-purpose programs. This includes novel techniques for profiling memory system behavior, new analyses (both static and dynamic) for identifying and understanding memory-related performance problems, and finally optimizations for improving memory system performance. Software, hardware as well as hybrid approaches are encouraged. In addition, studies of application that describe problems and experience with memory performance related issues in specific application domains are of interest. The objective of the workshop is to bring together programming language researchers in the areas of program analysis and compiler optimization, computer architects, operating system researchers, and application programmers. We hope that this will be the first in a series of workshops that will encourage collaboration across these fields while at the same time expand program optimization research towards an area of great practical importance.MSP'02 features an invited talk and presentations of ten refereed papers. The papers were selected out of fifteen submissions. Fifteen PC members and additional external reviewers prepared multiple written reviews for each submission. The recommendations of the referees determined an initial set of papers selected for acceptance. The members of the program committee were then given the option to resolve differences in opinion for the papers they refereed based on the written reviews during the program committee tele-conferenee meeting. After the resolution process, the 10 papers included in the workshop proceedings were selected for presentation and publication.

Human-computer interaction --- Virtual reality

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Human-computer interaction --- Virtual reality

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Human-computer interaction --- Virtual reality --- Wearable computers