David H Sklar, Age 49Penn Wynne, PA

7756945, Jul 13, 2010

Aug 2, 2005

11/195349

Marc L. Andreessen - Palo Alto CA, US
Steven Vassallo - Redwood City CA, US
Eric Reed Meeks - San Francisco CA, US
Dermot Martin Gately - San Bruno CA, US
David Sklar - New York NY, US

Ning, Inc. - Mountain View CA

G06F 15/16

709217, 709203

Interacting with a shared data model is disclosed. Interacting includes requesting information associated with an attribute from the shared data model, forming a request for content based on the information, and sending the request.

8504543, Aug 6, 2013

Mar 9, 2007

11/684555

Marc L. Andreessen - Palo Alto CA, US
Diego Doval - Mountain View CA, US
David Sklar - New York NY, US
Martin Traverso - Mountain View CA, US

Glam Media, Inc. - Brisbane CA

G06F 7/00

707705, 707706, 707758, 707769, 709201, 709217, 709229

A system and a method are disclosed for automatically providing an API for a Web-based application. An API processing core receives a call, performs a variety of actions on the call prior to executing it, determines based on the actions whether the call is a valid API call to the currently existing application functionality, and if the call is a valid API call, executes it. The call syntax is constructed primarily out of elements applicable to any Web-based application using the system.

2001004, Dec 6, 2001

Feb 23, 2001

09/792823

Richard Berenson - Newton MA, US
David Sklar - Cambridge MA, US
Adam Trachtenberg - Cambridge MA, US

G06F017/60

705/008000

An event scheduling system which allows a user to request reminders of upcoming events over the Internet. The user may request to be reminded about a specific event or he may request to be reminded of events that meet a certain criteria. The reminders automatically update the user's electronic calendar if requested by the user. The reminders may also notify the user of the event by a variety of different media. The reminders may also automatically update the user's calendar as a result of changed data event.

2003002, Jan 30, 2003

Jan 25, 2002

10/056672

Richard Berenson - Newton MA, US
David Sklar - New York NY, US
Adam Morton - Malden MA, US
Jason Young - Somerville MA, US

H04N007/16
G06F017/60
H04N007/173

705/026000, 725/087000, 725/001000, 725/133000, 725/141000, 725/153000

A system and method for recording purchased programming by a recording device which communicates instructions back and forth with an order processor. The order processor communicates with the user recording device as well as with a program source device to automatically ensure recording of purchased programming by a user pursuant to a user's order. The program delivery may occur at a time different from when the user views the program. The system may verify that the user recording device is capable of recording the program and may reschedule the delivery of the purchased program if the user device is unable to record the program.

2003013, Jul 10, 2003

Nov 27, 2001

09/996089

Richard Berenson - Newton MA, US
David Sklar - Cambridge MA, US
Adam Morton - Malden MA, US
Jason Young - Cambridge MA, US

H04N007/16
G06F003/00
H04N005/445
G06F013/00

725/046000, 725/001000

A method and system is offered for creating program grids displaying programs with time as one axis and program preference along the other. Program preference information is used to create the grid. Program preference information is gathered from client devices which may be located in set-top boxes or on personal computers. Algorithms are used to determine the best placement of programs into the grid. Program preference information may also be used to direct users to other services that may be of interest.

4676610, Jun 30, 1987

Jul 22, 1983

6/516366

Eric F. Barkan - San Francisco CA
David H. Sklar - San Francisco CA

Sola International Holdings Ltd. - Morphet Vale

G02C 706
B29D 1100

351169

The disclosure relates to progressive power or multifocal ophthalmic lens and methods and formers for making such lens. The optical power of such lens varies gradually from a near viewing zone to a distance viewing zone. Selected mathematical functions are progenitive of the lens and former shapes, and steps of the methods are characterized by various mathematical functions, and coordinate systems which are constrained to provided the desired transition of optical powers in an intermediate zone of the lens.

6260967, Jul 17, 2001

May 18, 2000

9/486978

Simon John Edwards - St. Peters, AU
Saulius Raymond Varnas - Brighton, AU
David H. Sklar - San Francisco CA

Sola International Holdings Ltd. - Lonsdale

G02C 706

351169

A progressive ophthalmic lens element having a front surface that includes an upper viewing zone having a surface power suitable for distance vision, a lower viewing zone having a surface power suitable for near vision, and a corridor of relatively low astigmatism connecting the upper and lower viewing zones, the corridor being a part of an intermediate viewing zone having a surface power varying from that of the upper viewing zone to that of the lower viewing zone. The progressive ophthalmic lens element also has a back surface. The invention is then characterized by the front surface including at least one correction to improve optical performance of the lens element by at least partially compensating for a cylinder correction applied to, or to be applied to, the backsurface.

4838675, Jun 13, 1989

Jun 19, 1987

7/063971

Eric F. Barkan - San Francisco CA
David H. Sklar - San Francisco CA

Sola International Holdings, Ltd. - Morphett Vale

G02C 706

351169

A method for optimizing the performance of an ophthalmic progressive lens having a distance viewing zone, a near viewing zone, and an intermediate zone, and the resulting optimized lens are provided. The surface of the lens to be optimized, which has at least one quantitative performance characteristic, is represented by a mathematical base function which is com=bined with a selected optimization function. The optimization function includes at least one adjustable parameter and may have at least one boundary condition imposed on it along the boundary of a selected subregion of the lens surface. A quantitative merit figure of the combination of the base and optimization functions, which is related to the at least one performance characteristic by a selected merit function, is optimized through the at least one adjustable parameter of the optimization function. Through the optimization, there is obtained an improved surface function which represents the surface of the improved progressive lens. A lens surface responsive to the improved surface function is then formed.