Koninklijke Philips Corporation N.V.

Intel Deutschland Gmbh

Infineon Technologies Ag

Uma Satya Ranjan

Alexander Fischer

Brajesh Kumar

Dipu Vikram

Andrew J Buckler

Eckhard Delfs

Gerard David Jennings

Andreas Siggelkow

Shivakumar Kunigal Ramaswamy

Utpal Kumar

Shuping Xie

Kumar Brajesh

A system () quantifies uncertainty in contours. The system () includes at least one processor () programmed to receive an image () including an object of interest OOI (). Further, a band of uncertainty () delineating a region () in the received image () is received. The region () includes the boundary of the OOI (). The boundary is delineated in the region () using iterative filtering of the region () and a metric of uncertainty of the delineation is determined for the region ().

Method for quantification of uncertainty of contours in manual and auto segmenting algorithms

Embodiments of the disclosure include a wireless device and a computer readable medium with programmable instructions which when executed cause a processor of the wireless device to securely store a message. The device and computer readable medium are configured to receive a message at the device, filter the message according to at least one predetermined criteria, encrypt the message if the message includes at least the one predetermined criteria, and store the encrypted message in the wireless device.

Wireless device and computer readable medium for storing a message in a wireless device

Embodiments of the invention relate generally to a message processing apparatus, to a wireless device and to a method of storing a message in a wireless device. In an embodiment of the invention a method of storing a message in a wireless device is provided. The method may include receiving a message at a wireless device, filtering the message according to at least one predetermined criteria, encrypting the message if the message includes at least the one predetermined criteria and storing the encrypted message in the wireless device.

Message processing apparatus, wireless device and method of storing a message in a wireless device

A medical information processing and storage system includes a medical images database storing medical images and metadata relevant to the medical images. A processor is configured to perform post-acquisition image processing on medical images. A medical images archiver is configured to store a medical image in the medical images database after the medical image has been processed by the processor. The medical images archiver stores the medical image in the database with processing-descriptive metadata that is descriptive of the post-acquisition image processing performed on the medical image by the processor.

Medical workflow systems and methods with process workflow recordation

A system is provided for quantification of medical image data. First image obtaining means () are for obtaining a first image (A). Second image obtaining means () are for obtaining a second image (B). Spatial transformation obtaining means () are for obtaining spatial transformation information representing a correspondence between points in the first image and corresponding points in the second image. Identifying means () are for identifying a first image region (C) in the first image (A). Transforming means () are for transforming the first image region (C) into a corresponding second image region C') in the second image (B) based on the spatial transformation information. Quantification means () are for computing a quantification relating to the second image region (C&#x2032;) by accessing image values of the second image (B) within the second image region (C&#x2032;).

Quantification of medical image data

A first time indication which can be changed by a user and stored in a first memory. Furthermore, in the case of a change in the first time indication which is performed externally to the checking device, the difference between the stored first time indication and the changed first time indication is determined. Furthermore, it is checked whether a predetermined criterion is met by using a trustworthy second time indication, the first time indication and the difference.

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Bengaluru, India

Uma Satya Ranjan