Virtual Environments and Memory Mnemonics

Nocturnal Mnemonics: Sleep and Hippocampal Memory Processing

As critical as waking brain function is to learning and memory, an established literature now describes an equally important yet complementary role for sleep in information processing. This overview examines the specific contribution of sleep to human hippocampal memory processing; both the detriments caused by a lack of sleep, and conversely, the proactive benefits that develop following the p...

Parallel Virtual Memory for Time Shared Environments

This paper analyses the issues involved in providing virtual distributed shared memory for time-shared parallel machines. We study the performance of two di erent page management policies, namely, static and dynamic page allocation under two widely accepted scheduling policies: Gang scheduling and independent processor scheduling. The performance of each page management policy is studied under ...

Memory for task-action mappings: mnemonics, regularity and consistency

Virtual Environments for the Assessment of Attention and Memory Processes: The Virtual Classroom and Office

Virtual Reality (VR) technology offers new options for neuropsychological assessment and cognitive rehabilitation. If empirical studies demonstrate effectiveness, virtual environments (VEs) could be of considerable benefit to persons with cognitive and functional impairments due to traumatic brain injury, neurological disorders, and learning disabilities. Testing and training scenarios that wou...

The intent to move; generating spatial memory in Virtual Environments

The devices used with virtual environments for data entry aim to provide the user with a means to interact with the virtual environment in a natural, multi-modal manner. One particular issue faced by these devices is allowing to user to navigate through the virtual space in a manner similar to their real-world experience. Within the last few years a number of attempts to meet the challenge of p...