Red Hat, Inc.

Other

Dow Global Technolgoies LLC

Shanghai Jiao Tong University

Nutrition & Biosciences USA 4, Inc.

Zheng Yan

Jeffrey Thomas Layton

Patrick Joseph Donnelly

Xiuqin Shi

Gregory Allan Farnum

Dong Yun

Xiaoyi Pang

Kai Cao

Xinyi Le

Xiaomeng Fang

Juntong Xi

Kevin K Cao

Yutian Shi

Andy Ho

Sijie Chen

Kevin Kai Cao

Eric Yutian Shi

Susan Shi

An edible composition consisting of (a) natural gum comprising a polysaccharide hydrocolloid (a1) containing mannose repeating units; (b) carrageenan; (c) cellulose ether, and optionally (d) water, wherein the weight ratio of carrageenan (b) to polysaccharide hydrocolloid (a1) ranges from 0.4:1 to 1.4:1 and the weight ratio of cellulose ether (c) to polysaccharide hydrocolloid (a1) is at least 0.02:1; its use in an edible product; and the edible product, typically sausage, comprising the edible composition.

Sausage additive comprising cellulose ether and natural gums

A method for optimizing total load distribution of a power system includes the following steps: determining system initial data, and describing the power system in forms of nodes, branches, and parameters; determining an optimization objective and a constraint condition according to a problem, to construct a real-time economic dispatch model; setting a topology structure between the nodes; constructing a neural network for each node, and setting a parameter; setting an initial variable of the neural network; performing optimization by means of the neural network; determining whether a termination condition is satisfied, and outputting a result when the termination condition is satisfied, or repeating the neural network optimization when the termination condition is not satisfied.

Real-time economic dispatch method of power system

A system includes a plurality of clustered servers, a plurality of clients communicating with the plurality of clustered servers, and a grace database. Each of the plurality of clustered servers maintains a respective client recovery list. A client of the plurality of clients is configured to send a reclaim request to a server of the plurality of clustered servers. The grace database is configured to maintain an epoch value and a reclaim value. The epoch value indicates the current epoch, and the reclaim value indicates from which epoch reclaim is allowed. The server of the plurality of clustered servers is configured to maintain a client list and receive the reclaim request from the client. The client list indicates each client currently holding state on the server.

Clustered network file system server reclaim via decentralized, coordinated grace period

The technology disclosed herein that may enable a client of a distributed storage system to recover a storage session after a failure occurs. An example method may include: identifying a storage session of a distributed storage service, the storage session comprising session data that corresponds to a storage object of the distributed storage service; providing, by a processing device of a client, an indication that the client is recovering the storage session; and obtaining, by the client, the session data of the storage session from one or more devices that accessed the storage object of the distributed storage service.

Client session reclaim for a distributed storage system

A whippable topping composition comprising: (a) water-soluble carbohydrates, (b1) hydrogenated vegetable fat, (b2) optionally milk fat, (c) an emulsifier formulation having an HLBFormulation value of less than 9, (d1) a first hydroxypropyl methylcellulose, (d2) a second hydroxypropyl methylcellulose, (e) protein, (f) optionally a non-protein hydrocolloid stabilizer, and (g) water, wherein the weight ratio of first hydroxypropyl methylcellulose (d1) to second hydroxypropyl methylcellulose (d2) is within the range of from 3:1 to 13:1.

Whippable topping with high freeze-thaw stability

An enhanced multi-mode power generation system harnesses solar energy, wind, and heat within a designed building or within a large enclosed area, providing an indoor system to generate electricity. Air within an enclosure is heated, either by solar energy or by use of an electrified exothermic heating material, to enhance the airflow velocity within the enclosure. A system of narrowed passageways within the enclosure further increases the airflow velocity, which enhancement may also include or be supplemented by a blower. The enhanced velocity air is passed through one or multiple-staged wind turbines to generate electrical power.

Enhanced multi-mode power generation system

Growing community of inventors

Shanghai, China

Zheng Yan