Camille L Huin

8553834, Oct 8, 2013

Sep 17, 2010

12/885192

Alain Valentin Guery - Andover MA, US
Camille Huin - Andover MA, US
Dipak Sengupta - Boxborough MA, US

Analog Devices, Inc. - Norwood MA

A61B 6/03

378 19

A computed tomography detector module can include a detector element, a frame, and a converter element. The detector element can be configured to detect electromagnetic radiation at a detection plane and output one or more analog detection signals. The frame can connect to the detector element and include a shield portion, parallel to the detection plane, configured to at least partially block X-rays. The converter element can include a substrate having connector and component substrate portions, the connector substrate portion thicker in a direction perpendicular to the detection plane than the component substrate portion and configured to extend through an aperture of the frame, the component substrate portion having at least one substrate surface parallel to the detection plane with one or more electrical components attached thereto. The detector module can optionally include a heat sink, which can have a top surface separated from the component substrate portion and components attached thereto by a separation gap. A computed tomography scanner can include the detector module.

8595695, Nov 26, 2013

Oct 18, 2010

12/906721

Camille Huin - Cambridge MA, US
Miguel A. Chavez - Cambridge MA, US

Analog Devices, Inc. - Norwood MA

G06F 9/44
G06F 3/048

717109, 717105, 717113, 717125, 715763

A computer program for creating a computer program executable on one or more digital signal processors each having a predefined function set. The computer program includes computer code for receiving user input selecting one or more digital signal processors. The computer program also includes computer code for defining one or more audio digital signal processing graphical controls. Each graphical control has an associated interface handler. The computer program also has computer code for associating an algorithm module containing digital processor specific functionality with the one or more audio graphical controls using the interface handler and computer code for linking the one or more audio graphical controls together defining an execution path. The computer program product may also include computer code for simulating execution according to the execution path of the digital processor specific functionality on a digital signal processor using a time domain equation or frequency response representation contained within the algorithm module. The computer program product may also include computer code for compiling the digital processor specific functionality according to the execution path.

20040264704, Dec 30, 2004

Jun 10, 2004

10/865564

Camille Huin - Cambridge MA, US
Miguel Chavez - Cambridge MA, US
Jesse Remignanti - Reading MA, US

H04R029/00
H04R005/00

381/059000, 381/018000

A system for determining speaker spatialization parameters. The system includes a graphical interface allowing a user to select a number of listeners, number of speakers, and a listening space and for graphically displaying on a display device the one or more listeners and one or more speakers within the listening space. The system further includes a speaker spatialization module for determining one or more speaker spatialization parameters based upon the relative positions on the display device of the one or more listeners and the one or more speakers within the listening space system. The user may reposition the speakers and for each speaker that is repositioned the speaker spatialization module recalculates the speaker spatialization parameters for that speaker. The user may also graphically reposition one of the listeners and the speaker spatialization module recalculates all of the speaker spatialization parameters for all of the speakers.

20040268300, Dec 30, 2004

Jun 10, 2004

10/865561

Camille Huin - Cambridge MA, US
Miguel Chavez - Cambridge MA, US

G06F009/44

717/107000

A computer program product and method for using a computer program product for graphically developing a computer program for execution at least in part on a separate host processor device, such as, a digital signal processor. The computer program product includes code for providing a graphical programming environment. The computer code which is used for developing the computer program includes a cell module for graphically representing a graphical control. The cell module does not contain any host processor specific code. The cell module may include code for rendering on the display of the computer that is operating as the programming environment one or more graphical controls. The cell module may also contain host processor independent code that accepts input from a user (parameter value) and converts the parameter value or applies an equation to the parameter value. The computer program also includes a plurality of algorithm modules, wherein each algorithm module provides functional code for the graphical control. The functional code is host processor specific code. The computer program also includes computer code for associating the cell module with one or more of the plurality of algorithm modules for developing the computer program. The computer program also includes code for defining an execution path amongst the algorithm modules. This can be achieved by graphically connecting the cell modules and defining an input and output.

20040268320, Dec 30, 2004

Jun 10, 2004

10/865051

Camille Huin - Cambridge MA, US
Miguel Chavez - Cambridge MA, US

G06F009/44

717/135000

A computer program for creating a computer program executable on one or more digital signal processors each having a predefined function set. The computer program includes computer code for receiving user input selecting one or more digital signal processors. The computer program also includes computer code for defining one or more audio digital signal processing graphical controls. Each graphical control has an associated interface handler. The computer program also has computer code for associating an algorithm module containing digital processor specific functionality with the one or more audio graphical controls using the interface handler and computer code for linking the one or more audio graphical controls together defining an execution path. The computer program product may also include computer code for simulating execution according to the execution path of the digital processor specific functionality on a digital signal processor using a time domain equation or frequency response representation contained within the algorithm module. The computer program product may also include computer code for compiling the digital processor specific functionality according to the execution path.

20050010900, Jan 13, 2005

Jun 10, 2004

10/865562

Camille Huin - Cambridge MA, US
Miguel Chavez - Cambridge MA, US

G06F009/44

717109000, 717113000, 717116000

A method and computer program product for adding additional functionality to a graphical control for use in a computer program. The method requires providing a graphical control that is displayable on a display device where the graphical control has at least one associated input or one associated output. Initially, the graphical control does not have an associated function. A user can then select a function from a list of functions to associate with the graphical control. The list of functions is associated with computer code for implementing the functions on a particular digital signal processor. The computer system determines whether a new input or output needs to be added to the graphical control based upon a selected function from the list of functions. The computer system also determines if the graphical control should be stacked or repeated. A plurality of functions may be associated with a single graphical control. In certain embodiments, a plurality of different digital signal processors is associated with a single graphical control.

20050262451, Nov 24, 2005

Sep 29, 2004

10/953405

Jesse Remignanti - Reading MA, US
Camille Huin - Cambridge MA, US
Miguel Chavez - Cambridge MA, US

G06F003/00

715833000, 715716000

A computer program product and method for changing the value of a parameter within a computer program is disclosed. The computer program provides a single graphical control for user selection and adjustment of a plurality of parameters wherein each parameter is controlled based upon movement of a user input device. At least one of the parameters is adjusted using a non-linear equation. When the user input device is moved within a first region from a defined reference point, the parameter value is not incremented. When the user input device enters a second region the parameter value is incremented at a first rate. As the user input device is moved into a third region the parameter value is incremented at a second rate that is greater than the first rate.

20110088012, Apr 14, 2011

Oct 18, 2010

12/906851

Camille Huin - Cambridge MA, US
Miguel A. Chavez - Cambridge MA, US

ANALOG DEVICES, INC. - Norwood MA

G06F 9/44

717109

A computer program product and method for using a computer program product for graphically developing a computer program for execution at least in part on a separate host processor device, such as, a digital signal processor. The computer program product includes code for providing a graphical programming environment. The computer code which is used for developing the computer program includes a cell module for graphically representing a graphical control. The cell module does not contain any host processor specific code. The cell module may include code for rendering on the display of the computer that is operating as the programming environment one or more graphical controls. The cell module may also contain host processor independent code that accepts input from a user (parameter value) and converts the parameter value or applies an equation to the parameter value. The computer program also includes a plurality of algorithm modules, wherein each algorithm module provides functional code for the graphical control. The functional code is host processor specific code. The computer program also includes computer code for associating the cell module with one or more of the plurality of algorithm modules for developing the computer program. The computer program also includes code for defining an execution path amongst the algorithm modules. This can be achieved by graphically connecting the cell modules and defining an input and output.