Oxford Semiconductor, Inc.

Transdimension Inc.

Minghua Chen

Ping Liang

Wireless communication networks utilize various communication protocols to exchange data between wireless network devices. Overlapping communication frequencies between data exchange protocols present a collision and interference problem when data transmissions are transmitted using similar timing and frequency characteristics during wireless transit. A device and method for receiving and separating collision signals during transit in a wireless communication network where overlapping communication frequencies coexist is described to significantly reduce the loss of data and information caused by interference and colliding transmission signals.

Recognition scheme for moderating wireless protocols

A system and methods for coordinating transmissions in a wireless network wherein a plurality of frequency-overlapping protocols are used to exchange information between devices. In this system, a coordination point device integrates a monitoring functionality to identify impending data collisions between the frequency-overlapping protocols. The coordination point device further identifies quality of service parameters to determine if the protocols are operating within desirable ranges. Moderation one or more of the protocols is then performed to avoid data collisions arising from overlapping transmissions between the protocols while maintaining data throughput within acceptable ranges.

Coordination architecture for wireless communication devices using multiple protocols

Wireless communication networks utilize various communication protocols to exchange data between wireless network devices. Overlapping communication frequencies between data exchange protocols present a collision problem when data transmissions interfere with one another during wireless transit. A device for moderating transmission traffic in a wireless network where overlapping communication frequencies coexist is described to reduce or avoid interference caused by signal collisions.

Remotely-cooperative scheduling solution for moderating wireless protocols

A method and system for printing content from a computing device is provided. Content from the computing device is converted to a device independent format and printed in the device independent format. The content is converted using a mark-up language, which also defines the style of the content. The converted content description format is preloaded in the computing device and is provided to the printing device. The mark-up language may be XML and the description format may be in the is in the extensible Style sheet language ('XSL') or extensible Style sheet language Transformation ('XSLT') format.

Universal printing system

Collision rectification in wireless communication devices

Wireless communication networks utilize various communication protocols to exchange data between wireless network devices. Overlapping communication frequencies between data exchange protocols present a collision and interference problem when data transmissions are transmitted using similar timing and frequency characteristics during wireless transit. A device and various network configurations for monitoring, moderating, and/or coordinating wireless transmission traffic in a wireless communication network where overlapping communication frequencies coexist is described to significantly reduce or avoid interference caused by signal collisions.

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Irvine, CA, United States of America

Minghua Chen