Massachusetts Institute of Technology

Akamai Technologies, Inc.

California Institute of Technology

University of Illinois

Beth Israel Deaconess Medical Center, Inc.

Vanu, Inc.

David R Karger

F Thomson Leighton

Daniel M Lewin

Matthew S Levine

Eric Lehman

Philip A Lisiecki

Joel M Wein

Mark C Nottingham

John Josef Kloninger

Rina Panagrahy

Rina Panigrahy

Muriel Medard

Tracey Ho

Michelle Effros

Piotr Indyk

Ralf Koetter

Jon Feldman

Ernest Fraenkel

David Sontag

Shao-Shan Carol Huang

Laura Riva

Esti Yeger-Lotem

Albert M Chan

Raghavendra Madyastha

John Joseph Kloninger

Divya Gopinath

Luke Scott Murray

Steven Horng

Monica Nayan Agrawal

A computer implemented method for managing medical information includes displaying a number of user interface elements within a graphical user interface, receiving medical information for a patient in a first user interface element of the user interface elements, processing the medical information to identify one or more semantic items, the one or more semantic items including a first semantic item, processing a medical record for the patient according to first semantic item, the processing including identifying a number of medical information items related to the first semantic item, and presenting at least some medical information items of the number of medical information items in a second user interface element configured to display medical information items related to the first semantic item.

Clinical documentation system

To serve content through a content delivery network (CDN), the CDN must have some information about the identity, characteristics and state of its target objects. Such additional information is provided in the form of object metadata, which according to the invention can be located in the request string itself, in the response headers from the origin server, in a metadata configuration file distributed to CDN servers, or in a per-customer metadata configuration file. CDN content servers execute a request identification and parsing process to locate object metadata and to handle the request in accordance therewith. Where different types of metadata exist for a particular object, metadata in a configuration file is overridden by metadata in a response header or request string, with metadata in the request string taking precedence.

Content delivery network (CDN) content server request handling mechanism with metadata framework support

A method for identifying a mechanism associated with a cellular response includes identifying molecules participating in the cellular response; accessing a database containing information characterizing molecular interactions; determining pathways connecting the identified molecules participating in the cellular response; and solving an optimization problem that includes determining a subset of the molecules and interactions having a minimum aggregate cost. The pathways include, nodes, each representing a molecule, and edges, each connecting a respective pair of nodes and representing an interaction between a respective pair of molecules represented by the respective pair of nodes. Nodes from a subset of nodes represent molecules identified as participating in the cellular response.

Identifying biological response pathways

The invention relates to an apparatus for responding to data requests made by a client. The apparatus includes an input receiving a first data request that includes a sequence of nodes corresponding to a sequence of servers. The apparatus also includes decision logic determining whether the data specified in the data request is available on a selected server, and if the data is not available determining a next node from the sequence of nodes. The apparatus also includes a mapper mapping a server to the next node, and an output requesting the data by transmitting a second data request to the server mapped to the next node.

Method and apparatus for distributing requests among a plurality of resources

Content delivery network (CDN) content server request handling mechanism

The invention relates to a method and apparatus for distributing a request to one of a plurality of resources. A request is mapped to a location in circular mapping space using a hash function. Each of the plurality of resources is mapped to a respective location or locations in the circular mapping space. The request is allocated to one of the resources based on the given request location and the resource location in the circular mapping space.

A network and a method for transmitting processes in a network are disclosed, where a randomized coding approach is provided. Network nodes transmit on each outgoing link a linear combination of incoming signals, specified by independently and randomly chosen code coefficients from a finite field. The approach allows robust, distributed transmission and compression of information in networks and is advantageous over routing-based approaches.

Randomized distributed network coding

Methods, systems, devices, and computer program products for decoding of Walsh codewords are disclosed.

Decoding of Walsh codes

The invention relates to a method for requesting data from one of a plurality of actual servers. A virtual network of servers is generated in response to a data request. A first virtual server in the virtual network is chosen randomly, and a path generated from the first virtual server to a root virtual server. At least one virtual server on the path is mapped to a respective one of the plurality of actual servers and data is requested therefrom.

The invention relates to distributing a request to one a plurality of resources. A request is mapped to a location in mathematical mapping space. Each of the plurality of resources is mapped to a respective location or locations in the mathematical mapping space. The request is allocated to one of the resources based on a mathematical relationship between the request location and the resource location in the mathematical mapping space.

The invention relates to a method and apparatus for requesting data from one of a plurality of servers. A virtual network of nodes is generated in response to a data request. A first node on the virtual network of nodes is chosen randomly, and a path generated from the first node to the root on the virtual network. At least one node on the path is mapped to a respective one of the plurality of servers and data is requested from a server. The node may be mapped to the server using the method and apparatus for distributing a request to one of a plurality of resources of the present invention.

Growing community of inventors

Cambridge, MA, United States of America

David R Karger