Abstract: Provided is an edible liquid comprising pomace-derived water soluble polyphenols, alcohol content of less than 3% v/v and potassium content of less than 150 mg/L. The edible liquid is obtained by a method including: mixing pomace with water to obtain an aqueous media including pomace-derived water soluble polyphenols; isolating the aqueous media from particulate matter; and removing potassium from said isolated aqueous media to obtain an edible aqueous liquid. The edible liquid can be process into edible, ready for use products that are rich in beneficiary water soluble, pomace derived polyphenols.

Abstract: An improved caching method comprising: (a) employing circuitry to identify and analyze a plurality of data streams, each of said data streams resulting from a request to access a same content item stored in a cache; (b) calculating an initial access interval for said content item based upon said analyzing; and (c) adjusting a data transfer rate in at least one of said data streams in order to reduce said initial access interval to a reduced access interval.

Abstract: A method for bidirectional gating between low parallelity devices in a network and a remote server with a higher parallelity capability. The method comprises: (a) intercepting a plurality of requests for a same content item stored on a remote server from a plurality of devices, said requests in a low parallelity protocol; (b) storing said requests as stored requests; (c) translating one of said requests to a high parallelity protocol to produce a translated request and relaying said translated request to said remote server; (d) additionally intercepting a response to said translated request from said remote server in, said response in said higher parallelity protocol; (e) additionally translating said response to said low parallelity protocol to produce a translated response and storing said translated response; and (f) filling each of said stored requests with said translated response.

Abstract: A method for bidirectional gating between low parallelity devices in a network and a remote server with a higher parallelity capability. The method comprises: (a) intercepting a plurality of requests for a same content item stored on a remote server from a plurality of devices, said requests in a low parallelity protocol; (b) storing said requests as stored requests; (c) translating one of said requests to a high parallelity protocol to produce a translated request and relaying said translated request to said remote server; (d) additionally intercepting a response to said translated request from said remote server in, said response in said higher parallelity protocol; (e) additionally translating said response to said low parallelity protocol to produce a translated response and storing said translated response; and (f) filling each of said stored requests with said translated response.

Abstract: An improved caching method comprising: (a) employing circuitry to identify and analyze a plurality of data streams, each of said data streams resulting from a request to access a same content item stored in a cache; (b) calculating an initial access interval for said content item based upon said analyzing; and (c) adjusting a data transfer rate in at least one of said data streams in order to reduce said initial access interval to a reduced access interval.