Other

Objective Interface Systems, Inc.

William R Beckwith

Lance Kibblewhite

Steven Deller

Joe G Thompson

The present invention relates to a method for reducing the object code size of an application that requires run-time dispatching of object oriented methods. The method comprises scanning an object file corresponding to the application for references to object oriented methods in a dispatch table that performs run-time object oriented method binding. The highest inheritance level associated with an object oriented method is found. All references to object oriented methods above the highest inheritance level are designated as unused. All references to object oriented methods below the highest inheritance level are designate as used. All references to object oriented methods that are designated as unused are deleted from the dispatch table.

Optimized code generation by eliminating unused virtual function

A communication system according to one aspect of the present invention, comprises one or more integrated circuits. The one or more integrated circuits comprise at least one of a local integrated circuit and a remote integrated circuit. At least one sending application hardware module located on the local integrated circuit has a sending logic that controls the sending of messages from the sending application hardware module. At least one receiving application hardware module is located on at least one of the local integrated circuit or remote integrated circuit. A sending application hardware module sends messages to a receiving application hardware module without its sending logic having been constructed with a priori knowledge of the address of or the path to said receiving application hardware module. A dispatch logic located on the local integrated circuit that routes at least one or more.

Hardware communications infrastructure supporting location transparency and dynamic partial reconfiguration

An air conditioning system comprising a compressor, condenser and evaporator as functioning components in a primary loop for moving a working fluid in a continuous and automatic cycle of operation between such components. The system includes a plurality of zones through which the air to be conditioned is moved. The zones each include stacked horizontal tubes in a single coil with vertical heat exchanging fins in a parallel array with the tubes of each stack extending through the fins. A wrap-around heat pipe with first parallel tubes adjacent to the input of such zones and with second parallel tubes adjacent to the output of such zones and parallel horizontal lines coupling the first and second parallel tubes.

Air conditioning waste heat/reheat method and apparatus

An air conditioning method and apparatus comprising a compressor, condenser and evaporator with lines in a primary loop for moving a working fluid in a continuous and automatic cycle of operation between such components; a first reheater located subsequent to the evaporator for heating the post evaporator air with a first supplemental loop coupling the first reheater to the post condenser line; a second reheater located subsequent to the first reheater with a second supplemental loop coupled with the post compressor lines; a valve in the first supplemental loop controlled by a humidistat; and a valve in the second supplemental loop controlled by a thermostat.

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Tampa, FL, United States of America

William R Beckwith