Michael Alexander or Mike Alexander may refer to: Michael Alexander (academic) (born 1970), American scholar of Jewish History; Michael Alexander (bishop) ...
Feb 2010 to 2000 Group Moderator, FounderErica's Commercial Cleaning Service Largo, FL Oct 2014 to Nov 2014 Construction CleanerTri-Glo Saint Petersburg, FL Sep 2014 to Oct 2014 Floor TechEvenings With Rebecca Saint Pete Beach, FL Nov 2013 to Jul 2014 Talent ScoutJohnathan's Nursery Riverview, FL Feb 2007 to Nov 2007 Greenhouse TechnicianUSACARAUDIO.com Denton, TX 1996 to 2005 Sales ManagerSerious Sounds Wholesale Car Audio Denton, TX 1994 to 2003 Owner, Sales Manager
Education:
University of North Texas Denton, TX 1990 to 1992 RadioFilmTV/CommunicationsSouthwest Texas State University San Marcos, TX 1986 to 1989 None in Poli Sci/Communications
Skills:
Customer Service, Sales, Management, Landscaping, Construction
Sole Proprietor/Software Developer Jun 2009 to 2000Half Price Books Columbus, OH Aug 2009 to May 2013 Book SellerTexas A&M Utilities College Station, TX Aug 2007 to Jul 2009 IT Student WorkerTexas A&M Utilities
Aug 2008 to May 2009 Student ResearcherTexas A&M Utilities Austin, TX May 2008 to Aug 2008 Education Policy Intern
Education:
Texas A&M University College Station, TX May 2009 Master of Public Service and Administration in leadershipUniversity of Houston Houston, TX May 2005 Bachelor of Science in EconomicsTexas A&M University College Station, TX May 2001 Bachelor of Science in Political Science
2010 to 2000 Developer WriterU.S. Army, Camp Casey, Korea
2009 to 2010 Section ChiefU.S. Army, Redstone Arsenal Huntsville, AL 2006 to 2009 Instructor/WriterU.S. Army Fort Sill, OK 2003 to 2006 Drill SergeantU.S. Army, Redstone Arsenal Huntsville, AL 2001 to 2003 Instructor/Writer
David F. Greenberg - Austin TX, US Michael C. Alexander - Austin TX, US Kathryn C. Stacer - Round Rock TX, US
Assignee:
Freescale Semiconductor, Inc. - Austin TX
International Classification:
G06F 12/08
US Classification:
711141, 711125
Abstract:
Each cacheline of a unified cache storing information is marked as incoherent if the information was acquired incoherently or marked as coherent if the information was acquired coherently. A subsequent incoherent read access to a cacheline can result in a cache hit and a return of the cached information regardless of whether the cacheline is marked as coherent or incoherent. However, a subsequent coherent read access to a cacheline marked as incoherent will be returned as a cache miss regardless of whether the cacheline includes information sought by the coherent read access. In response to a cache miss for a coherent read access, a global snoop is initiated so as to query all other target components within the same coherency domain. In contrast, a cache miss resulting from an incoherent read access is processed using a non-global snoop to a limited set of one or a few target components in the coherency domain.
Ensuring Validity Of The Bookmark Reference In A Collaborative Bookmarking System
Michael G. Alexander - Austin TX, US Paul R. Bastide - Boxford MA, US Matthew E. Broomhall - South Burlington VT, US Beth Anne M. Collopy - Amesbury MA, US Robert E. Loredo - North Miami Beach FL, US
Assignee:
International Business Machines Corporation - Armonk NY
International Classification:
G06F 15/16 G06K 9/18
US Classification:
382182, 709205
Abstract:
A method, system and computer program product for ensuring that the tags accurately describe a resource referenced by a bookmark in a collaborative bookmarking system. A user bookmarking an Internet resource that is referenced by a bookmark is detected. The user provides a description of the bookmark in the form of metadata, which includes tags, to be associated with the bookmark. The Internet resource is analyzed to determine its meaning. A second user bookmarking the same Internet resource that is referenced by the bookmark is detected. The second user provides a description of the bookmark in the form of metadata, which includes tags. The Internet resource is analyzed a second time to determine its meaning If the relatedness of these meanings is beyond a threshold limit, then the original bookmark metadata is invalidated and the invalidated tags are replaced with the tags provided by the second user.
Method And Apparatus For Synchronizing Multiple Clocks
Michael Alexander - Austin TX Carmine Nicoletta - Austin TX Arthur R. Piejko - Austin TX
Assignee:
Motorola, Inc. - Schaumburg IL
International Classification:
G06F 112
US Classification:
395552
Abstract:
A method and apparatus for synchronizing multiple busses having different cycle times in a data processing system (10). The present invention synchronizes multiple clocks having different phase and frequencies without redundant use of phase lock loop units. An initial unit (7) receives an external system clock having an initial phase and frequency. An internal clock (112) is generated which is a phase and frequency adjusted derivation of the system clock. From this internal clock (112) a global clock (101) for use within the data processor (10) is generated. A second unit (9) receives the internal clock (112) and performs phase adjustment to provide a peripheral clock (114). The provision of the internal clock (112) detaches the dependency of peripheral clock (114) generation from the global clock (101), while maintaining a phase relationship with the global clock (101). In one embodiment, the present invention is implemented without the costly use of multiple phase lock loops.
Apparatus And Method For Simultaneous Display Of Characters Of Variable Size And Density
Glenn E. Hunt - Austin TX Michael C. Alexander - Austin TX Gerald L. Lozano - Austin TX Gerald O. Manktelow - Austin TX
Assignee:
Data General Corporation - Westboro MA
International Classification:
G09G 116
US Classification:
340723
Abstract:
Apparatus and method for simultaneous display of alphanumeric characters of variable character density on a raster scan CRT monitor is disclosed. Circuitry is provided to supply multiple sources of timing for terminal operations, to switch among timing sources without display degradation, and to vary the number of dots per raster line that constitute a character field. The density of displayed characters may be changed, under user control, for each character row.
System For Data Synchronization Between Two Devices Using Four Time Domains
A system for data synchronization in a bus interface unit (12) controls the flow of data between data processor (10) operating at a higher clock rate and the address and data buses operating at a lower clock rate. The data synchronization system incorporates circuit paths operating in four different clock domains: core-rate, bus-rate, transfer-rate, and receive-rate. Circuits processing data solely at the higher clock rate of the data processor or the lower clock rate of the address and data buses operate in the core-rate or bus-rate domains, respectively. The transfer-rate domain is used to transfer data from the core-rate to the bus-rate. Conversely, the receive-rate domain is used to transfer data from the bus-rate to the core-rate. The data synchronization system provides a general solution to the problem unreliable half cycle data paths.
Data Processor With Circuit For Regulating Instruction Throughput While Powered And Method Of Operation
Michael Alexander - Austin TX Belliappa Kuttanna - Austin TX
Assignee:
Motorola, Inc. - Schaumburg IL
International Classification:
G06F 132
US Classification:
39575005
Abstract:
A data processor (10) incorporates instruction regulating or "throttling" circuitry (31) for limiting consumed power. A user visible register maintains an INTERVAL field by which instruction fetch from an instruction cache (14) is periodically delayed. This INTERVAL field may be adjusted to suit the power budget of the data processor.
Circuitry And Method For Reducing Power Consumption Within An Electronic Circuit
Michael C. Alexander - Austin TX Arturo L. Arizpe - Buda TX Gianfranco Gerosa - Austin TX James A. Kahle - Austin TX Aubrey D. Ogden - Round Rock TX
Assignee:
International Business Machines Corporation - Armonk NY Motorola, Inc. - Schaumburg IL
International Classification:
G06F 132
US Classification:
364707
Abstract:
A method and circuitry are provided, in which a first operation is performed with first circuitry. A second operation is performed with second circuitry. A first signal is generated in response to the first operation. A second signal is generated in response to the second operation. Power consumption is adjusted within the second circuitry in response to the first and second signals.
A raster scan CRT character generator comprising a memory having dot patterns for a plurality alphanumeric characters stored therein and a multiplexer, controlled by a signal from the memory, for selecting one of a plurality of sets of inputs to be used for determining the state of dots in the character field other than the character dot pattern.
Name / Title
Company / Classification
Phones & Addresses
Mr. Michael Alexander
Application Department Loans
333 Westmore Dr, Toronto, ON M6H 3A6 6478865715
Michael Alexander Risk Management Officer
Thor Industries, Inc. Business Services
419 W Pike St, Leighton, AL 35646
Michael Alexander President
Texas Network Youth Services Professional Membership Organizations
2525 Wallingwood Dr Ste 1503, Austin, TX 78746
Michael Alexander President
Alexander Consulting Engineers, Inc Engineering Services