1
James Kraemer Ph.D.
Christine A Banke, William S Carter, Pawan Khera, James R Kraemer, Elizabeth V Woodward: Adaptation of vocabulary levels for enhanced collaboration. International Business Machines Corporation, Francis Lammes, Stephen J Walder Jr, Libby Z Toub, May 27, 2014: US08738364

A mechanism is provided for adapting vocabulary levels in a collaborative session. A vocabulary level indicator is received for a first user in the collaborative session. During generation of an electronic communication by a second user in the collaborative session, text entered in the electronic co ...


2
William S Carter: Configurable logic element. Xilinx, Alan H MacPherson Richard Franklin Edel M Young, November 10, 1987: US04706216 (470 worldwide citation)

A configurable logic circuit achieves versatility by including a configurable combinational logic element, a configurable storage circuit, and a configurable output select logic. The input signals to the configurable combinational logic element are input signals to the configurable logic circuit and ...


3
William S Carter: Special interconnect for configurable logic array. Xilinx, Alan H MacPherson, Steven F Caserza, Richard Franklin, February 10, 1987: US04642487 (399 worldwide citation)

A special interconnect circuit which connects adjacent configurable logic elements (CLEs) in a configurable logic array (CLA) without using the general interconnect structure of the CLA. In one embodiment, an array of CLEs is arranged in rows and columns and a special vertical lead circuit is provid ...


4
William S Carter: Microprocessor oriented configurable logic element. Xilinx, Alan H MacPherson, Edel M Young, Terrence E Dooher, July 19, 1988: US04758985 (262 worldwide citation)

A microprocessor controlled configurable logic circuit achieves versatility by including a configurable combinational logic element, a configurable storage circuit, a configurable status buffer, and a configurable output select logic. The input signals to the configurable combinational logic element ...


5
Hung Cheng Hsieh, William S Carter, Charles S Erickson, Edmond Y Cheung: Logic structure and circuit for fast carry. November 30, 1993: US05267187 (119 worldwide citation)

Programmable logic devices which include multiple blocks of combinatorial function generators and storage elements, and which are interconnected by a programmable interconnect structure are used, among other things for performing arithmetic functions which use logic for generating the carry function ...


6
William S Carter: Bidirectional buffer amplifier. Xilinx, Alan H MacPherson, Paul J Winters, Edel M Young, December 15, 1987: US04713557 (90 worldwide citation)

Bidirectional amplifier employs a single buffer amplifier (64). The bidirectional amplifier is programmed by applying a control signal (Q) and its complementary signal (Q), which establishes the state of four pass transistors (P.sub.1 ', P.sub.2 ', P.sub.3 ', P.sub.4 ') or four CMOS transmission gat ...


7
Hung Cheng Hsieh deceased, by William S Carter administrator, Charles R Erickson, Edmond Y Cheung: Logic structure and circuit for fast carry. Xilinx, Jeanette S Harms, Edel M Young, June 4, 1996: US05523963 (85 worldwide citation)

Programmable logic devices which include multiple blocks of combinatorial function generators and storage elements, and which are interconnected by a programmable interconnect structure are used, among other things for performing arithmetic functions which use logic for generating the carry function ...


8
Hung Cheng Hsieh, William S Carter: Buffered routing element for a user programmable logic device. Xilinx, Skjerven Morrill MacPherson Franklin & Friel, August 8, 1989: US04855619 (50 worldwide citation)

A programmable interconnect for programmably connecting transmission lines which are part of a configurable logic array is combined with a buffer at loctions within the logic array where a signal will travel from a low capacitance line to a higher capacitance line. Use of a buffer in this arrangemen ...


9
William S Carter: Bidirectional buffer amplifier. Xilinx, Alan H MacPherson, Richard Franklin, Thomas S MacDonald, September 22, 1987: US04695740 (48 worldwide citation)

Bidirectional amplifier employs a single buffer amplifier (64). The bidirectional amplifier is programmed by applying a control signal (Q) and its complementary signal (Q), which establishes the state of four pass transistors (P'.sub.1, P'.sub.2, P'.sub.3, P'.sub.4) or four CMOS transmission gates ( ...


10
Ross H Freeman deceased, Khue Duong, Hung Cheng Hsieh, Charles R Erickson, William S Carter: Programmable connector for programmable logic device. Xilinx, Edel M Young, Bradley A Greenwald, Alan H MacPherson, August 18, 1992: US05140193 (33 worldwide citation)

A structure especially useful in a configurable logic array includes a plurality of conductive interconnect lines located along the perimeter of a logic array chip. Lines running from exterior pins or pads can be used by a programmable interconnect circuit to control signals applied to these interco ...