DR. THOMAS R. JONES, M.D.
Osteopathic Medicine at 31 St, Temple, TX

4473881, Sep 25, 1984

Sep 27, 1982

6/425029

John F. Pilat - Hopkinton MA
Thomas M. Jones - Dallas TX
James T. Nealon - Cary NC
Gary Davidian - Mountain View CA

Data General Corp. - Westborough MA

G06F 1300

364200

Encachement apparatus consisting of a first cache, a second cache connected to the first cache, registers for storing data, an adder receiving inputs from a first multiplexer connected to the first cache and a second multiplexer connected to the second cache and to the registers, and control apparatus connected to the first cache, the first multiplexer, and the second multiplexer. The first cache outputs a cache entry in response to a key. The cache entry contains a first displacement value, a base specifier specifying either one of the registers or the second cache, and in the case of entries specifying the second cache, a second displacement value. The first displacement value is output to the first multiplexer, the base specifier is output to the control apparatus, and the second displacement, if present, is output to the second cache. The control apparatus responds to the base specifier by causing the first multiplexer to select the displacement value output by the cache and causing the second multiplexer to select one of the values contained in the registers or the value output by the second cache in response to the second displacement. The adder then adds the value selected by the first multiplexer to the value selected by the second multiplexer and outputs the result.

8126820, Feb 28, 2012

Jan 30, 2007

11/700287

Jonathan M. Talan - Frisco TX, US
Jeffrey O. Pfeiffer - Lewisville TX, US
Frederick M. Mozer - Richardson TX, US
Mark A. Johnson - McKinney TX, US
Thomas M. Jones - Dallas TX, US

Intuit Inc. - Mountain View CA

G06Q 10/00

705319, 705 30, 705 31

A method for managing trust level in a community comprises selecting a data provider and a data entry entity from the community, wherein the community comprises data providers providing provided data, data entry entity providers providing data entry entities, and reviewers, obtaining provided data and a trust level of the provided data from the data provider, retrieving a data entry quality level of the selected data entry entity from a community system, wherein the community system comprises data entry quality levels corresponding to the data entry entities, and determining a data source trust level based on the trust level of the provided data and the data entry quality level of the selected data entry entity, wherein the data source trust level indicates validity of data produced by the selected data entry entity.

4701917, Oct 20, 1987

Jun 20, 1984

6/622450

Thomas M. Jones - Dallas TX
David M. Chastain - Plano TX

G06F 1100, G01R 3128

371 16

A diagnostic circuit is used to test the operation of a complex digital system by transferring operands to and from a plurality of registers (12, 14, 16). In a typical application the registers (12, 14, 16) in operation utilize parallel data transfers. For diagnostic purposes the registers (12, 14, 16) are connected serially and, in response to selected shift commands, data can be shifted either right or left through the registers (12, 14, 16). First and second buses (18, 20) provide serial, bidirectional paths for data transfer between the group of registers (12, 14, 16) and a service processing unit (26). In response to commands generated by the service processing unit (26) the registers (12, 14, 16) can be loaded right or left and read right or left. Whenever data is being read from the registers (12, 14, 16) the output data is recirculated back into the registers such that a complete cycle results in the original state being restored in the registers (12, 14, 16).