8,672 research outputs found
Study of Bonding Between Glass and Plastic in Glass-reinforced Plastics, Extended Work Quarterly Progress Report, Jul. 1 - Sep. 30, 1966
Chemical bonding between glass and plastic in glass reinforced plastic composite materia
A study of bonding between glass and plastic in glass-reinforced plastics, phase II SUMMARY technical report no. 2, Nov. 1, 1964 - Oct. 31, 1965
Bonding between plastic materials and inorganic substrate in glass-reinforced plastic
Study of bonding between glass and plastic in glass-reinforced plastics - Extended work Quarterly progress report, Oct. 1 - Dec. 31, 1966
Surface modification effects on composite materials - chemical bonding between glass and plastic in glass reinforced plastic
Study of bonding between glass and plastic in glass-reinforced plastics - extended work Quarterly progress report no. VII, 1 Apr. - 30 Jun. 1966
Bonding between silica glass reinforcement and plastic matrix of glass-reinforced plastic composite materia
Run Time Approximation of Non-blocking Service Rates for Streaming Systems
Stream processing is a compute paradigm that promises safe and efficient
parallelism. Modern big-data problems are often well suited for stream
processing's throughput-oriented nature. Realization of efficient stream
processing requires monitoring and optimization of multiple communications
links. Most techniques to optimize these links use queueing network models or
network flow models, which require some idea of the actual execution rate of
each independent compute kernel within the system. What we want to know is how
fast can each kernel process data independent of other communicating kernels.
This is known as the "service rate" of the kernel within the queueing
literature. Current approaches to divining service rates are static. Modern
workloads, however, are often dynamic. Shared cloud systems also present
applications with highly dynamic execution environments (multiple users,
hardware migration, etc.). It is therefore desirable to continuously re-tune an
application during run time (online) in response to changing conditions. Our
approach enables online service rate monitoring under most conditions,
obviating the need for reliance on steady state predictions for what are
probably non-steady state phenomena. First, some of the difficulties associated
with online service rate determination are examined. Second, the algorithm to
approximate the online non-blocking service rate is described. Lastly, the
algorithm is implemented within the open source RaftLib framework for
validation using a simple microbenchmark as well as two full streaming
applications.Comment: technical repor
A study of bonding between glass and plastic in glass-reinforced plastics - Phase II QUARTERLY progress report no. VI, 1 May - 31 Jul. 1965
Direct bond formation between glass and plastic in glass-reinforced plastic materials - alkylation of surface-based silicon atoms for producing Si-R group
Investigation of the reactivity of organic materials in liquid oxygen
Measurements of impact-ignition sensitivity and studies of the relative reactivity of t-butoxy and t-butyl peroxy radicals toward a variety of organic compounds reveal improved methods of selection of materials for safe use in a liquid oxygen environment
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