A translating bi-directional packet repeater includes a first antenna and a second antenna for receiving a wireless signal, amplifying it, and retransmitting it on a different channel. The channel associated with each of the antennas is separated in frequency sufficiently to ensure good isolation between the wireless signals that are received and then retransmitted. The wireless signal is down converted to an intermediate frequency (IF) that is passed through a band pass filter, and the filtered signal is then up converted and retransmitted on the different channel. A controller responds to a wireless signal on one of the antennas in selecting a path through the bi-directional amplifier and the antennas used to receive and retransmit the signal. The isolation between the received wireless signal and the retransmitted wireless signal is sufficient to avoid interference, and the retransmission takes place almost instantaneously to minimize the delay incurred.
John C. Krumm - Redmond WA, US Susan D. Woolf - Seattle WA, US Roland Fernandez - Woodinville WA, US David J. Marsh - Sammamish WA, US Albert D. Jee - Sammamish WA, US Wayne G. King - Kirkland WA, US
A system and method in a wireless network for discovering which resources (e. g. , other wireless computing devices) are proximate a user's wireless computing device. Wireless signal strengths with respect to various base stations are compared with the signal strengths of other network devices or resources, to determine which devices are experiencing similar signal strengths. Devices with similar signal strengths are deemed proximate. Each participating computing device may send its signal strength reports to a proximity server, which distributes proximity data to network clients. Each client may receive and process the signal strength data for determining which other clients/resources are proximate, or the server can perform proximity computations and return a list of proximate clients. Once computed, the identities of the proximate clients can be used to query for additional data about the clients, such as the names and other details of their owners, or information about the resource.
Local Area Network Translating Bi-Directional Packet Repeater
A translating bi-directional packet repeater includes a first antenna and a second antenna for receiving a wireless signal, amplifying it, and retransmitting it on a different channel. The channel associated with each of the antennas is separated in frequency sufficiently to ensure good isolation between the wireless signals that are received and then retransmitted. The wireless signal is down converted to an intermediate frequency (IF) that is passed through a band pass filter, and the filtered signal is then up converted and retransmitted on the different channel. A controller responds to a wireless signal on one of the antennas in selecting a path through the bi-directional amplifier and the antennas used to receive and retransmit the signal. The isolation between the received wireless signal and the retransmitted wireless signal is sufficient to avoid interference, and the retransmission takes place almost instantaneously to minimize the delay incurred.
Wayne King - Kirkland WA, US Thomas Kuehnel - Seattle WA, US
Assignee:
Microsoft Corporation - Redmond WA
International Classification:
H04L001/00
US Classification:
370235000
Abstract:
Methods and apparatuses are provided for using a single transmit queue to transmit a plurality of access categories in an IEEE 802.11 system. To use a single transmit queue, conventional frame descriptors that are used to pass data frames between the wireless NIC and the host are modified to include access parameters for the packets that are associated with the frame descriptors. This allows transmission hardware to dynamically change how each packet is transmitted. For example, the contention policies may be implemented on a packet-by-packet basis, even from a single transmit queue. Also, packets of various access categories into appropriate positions within the single transmit queue.
Accounts Receivable, Credit and Collections Manager at American Achievement Corporation
Location:
Austin, Texas
Industry:
Consumer Goods
Work:
American Achievement Corporation - Austin, Texas Area since 2012
Accounts Receivable, Credit and Collections Manager
InStar Services Group May 2007 - Mar 2011
Corporate Collections Manager
Con-way, Inc Dec 1995 - Apr 2007
Credit and Collections Manager
Neiman Marcus Jun 1990 - Nov 1995
Sales Support Manager
Education:
The University of Texas at Austin 1985 - 1990
BBA, Finance
Skills:
Accounting Applications Credit Business Process Improvement Credit Management Accounts Receivable Process Improvement Invoicing Budgets Call Centers CRM Leadership Management Auditing Financial Reporting Pricing Human Resources Customer Service Financial Analysis Financial Risk Cash Management Cash Flow Forecasting Accounts Payable Accounting
Saint George's Episcopal School New Orleans LA 1974-1979, De La Salle High School New Orleans LA 1979-1980, St. Stanislaus High School Bay St. Louis MS 1980-1982, Ridgewood Preparatory School Metairie LA 1983-1984
Community:
Kim Hayes, Bryan Abbott, Richard Veith, Alicia Blasini, Everett Ramsey
W.H. Taylor Elementary School Norfolk VA 1959-1962, Granby Elementary School Norfolk VA 1962-1964, Glenfeliz Boulevard Elementary School Los Angeles CA 1964-1965, Washington Irving Middle School Los Angeles CA 1965-1968