1
Magnus Jandel: WWW-telephony integration. Telefonaktiebolaget LM Ericsson, Burns Doane Swecker & Mathis L, August 1, 2000: US06097793 (45 worldwide citation)


A telecommunications system (TS2) comprises a data network (IN1) and a telephone network (PSTN1) to which subscribers (AB1, AB2) are connected. Each subscriber has a telephone (T1, T2) with A-number transfer and a computer terminal (D1, D2) connected through access devices (ACD1, ACD2). A server (SR ...


2
Mathias Larsson, Charilaos Christopoulos, Magnus Jandel, Diego Santa Cruz, Touradj Ebrahmi: Partial retrieval of images in the compressed domain. Nixon & Vanderhye PC, June 12, 2003: US20030110299-A1 (5 worldwide citation)


In a method and a system for retrieving images in a client-server system, images are stored as a set of independently decodable units (CU's) on the server. A client issues a series of requests for image information. Each request contain a request number, information on what image information the cli ...


3
Magnus Jandel: Subliminal message protection. Telefonaktiebolaget LM Ericsson, Nixon & Vanderhye PC, September 19, 2000: US06122322 (2 worldwide citation)


The present invention relates to a method and to a system for detecting a first context change between two frames. When a second context change between a further two frames occurs within a predetermined time interval, the frames accommodated within the two context changes are defined as a subliminal ...


4
Magnus Jandel: Super Lattice optical absorber. Telefonaktiebolaget LM Ericsson, Burns Doane Swecker & Mathis L, March 24, 1998: US05731596


A method of increasing the saturation threshold of a super lattice optical absorber, and a resulting super lattice optical absorber, involves decreasing the electrical resistance of the substrate adjacent the super lattice structure based on a series resistance model.


5
Magnus Jandel: Super lattice optical absorber. Ericsson Telefon L M, October 27, 1995: FR2719129-A1


A method of increasing the saturation threshold of a super lattice optical absorber, and a resulting super lattice optical absorber, involves decreasing the electrical resistance of the substrate adjacent the super lattice structure based on a series resistance model.


6
Magnus Jandel: Handheld device. Young & Thompson, April 22, 2004: US20040077407-A1


The invention relates to a hand-held device comprising a display (3), user input means (7, 8) enabling a user to control the function of the device, a processing unit (5), means (10, 5) for running at least one application on the device (1), at least one sensor (13) for recording at least one parame ...


7
Magnus Jandel, Jonas Jonsson: Configuration of a flexible infrastructure. Young & Thompson, March 25, 2004: US20040059711-A1


A configuration arrangement, data processing system and a computer program product for flexible communication infrastructure for a multi-user application to be provided to a programmable application network. Each user is a client comprising a client computer and is able to participate in the applica ...


8
Magnus Jandel, Martin Stenhoff, Roland Karlsson: Communication infrastructure arrangement for multiuser. Young & Thompson, February 12, 2004: US20040030787-A1


This invention relates to a communication infrastructure arrangement in and a computer readable program product for a data processing system for multi-user applications, i.e. applications for multiple clients, enabling simultaneous communication across an application communication network (1) betwee ...


9
Magnus Jandel, Roland Karlsson: Server for mapping application names to tag values in distributed multi-user application. Young & Thompson, February 5, 2004: US20040023723-A1


The present invention relates to a server unit for a multi-user application distributed in a communications network. The server unit comprises at least one storing means for storing application names used only in an application session for an application item during the application session and for s ...


10
Roland Karlsson, Magnus Jandel: Method and arrangement for adaptive rate control. Young & Thompson, October 6, 2005: US20050222692-A1


The present invention aims at enabling adaptive rate control, ARC, in a packet switched network, the ARC also being adapted to the requirements of a specific application. The arrangement for adaptive rate control of a connection between a sender and a receiver in a packet switched data network inclu ...



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