No description available.

No description available.

... myriad carbon, myriad silicon ... is inspired by the ubiquitous presence of carbon and silicon, elements fundamental to both nature and technology. These elements, interwoven into our daily lives, are manifest in the natural world around us, in the technology we use, and within ourselves. This piece delves into the intersection of the natural and technological realms, fostering a dialogue that extends beyond grand narratives. It focuses on the everyday interactions between nature’s organic creations and human-made technology. The music reflects this interplay, fluidly transitioning between organic and mechanical sounds, thus embodying the dualistic nature of our environment. However, the essence of the piece goes beyond a simple dichotomy of nature versus technology, exploring the subtleties of contemporary composition. The piece unfolds as a process, revealing layers of complexity and subtlety, without making any definitive statements.

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Typescript. / Digitized by Kansas Correctional Industries

Typescript, etc. / Digitized by Kansas State University Libraries

Digitized by Kansas State University Libraries

Call number: LD2668 .T4 1948 N44 / Master of Science

No description available.

International Telemetering Conference Proceedings / October 17-20, 1994 / Town & Country Hotel and Conference Center, San Diego, California / The Space Station Verification and Training Facility is using an object-oriented design methodology for software design, a rate monotonic scheduling and message passing system to support the highly distributed environment, and the Ada language to implement most of the software. One of the subsystems within the Space Station and Training Facility is the Space Network Simulator. Space Network simulators are used to provide training of ground controllers and flight crews, providing a model of real-world formats and protocols. This gives the controller the appearance of a real-world network, providing valuable training. To develop a simulation of the space network within this distributed environment, software objects are under development to dynamically simulate the existence of the space vehicle(s) and their communication components. Communication components include the on-board antennas, transponders, communication systems, and corresponding communication ground control facilities. Telemetry systems are used in the simulation to provide the control of actual data manipulation, as a function of the state of the simulated Space Network. The telemetry system automatically formats appropriate telemetry characteristics through mode and control commands. A software model is under development to provide a transparent interface between the software objects and the telemetry system, allowing the objects to execute without knowledge of the particular telemetry system in use. A transparent interface between the software and hardware, within this object-oriented methodology, reduces the propagation of change to software models as the interface requirements change.