Octrooien

A method for providing chunked content to a device comprising a streaming client, preferably an HTTP adaptive streaming client, is described, wherein said chunked content is defined on the basis of a manifest file comprising one or more chunk identifiers and one or more associated chunk locators for locating one or more delivery nodes configured to deliver one or more chunks identified by said chunk identifiers, and wherein said method comprises: determining whether a chunk identified by a chunk identifier in a chunk request message originating from said client can be delivered by a first ...

A method for providing chunked content to a device comprising a streaming client, preferably an HTTP adaptive streaming client, is described, wherein said chunked content is defined on the basis of a manifest file comprising one or more chunk identifiers and one or more associated chunk locators for locating one or more delivery nodes configured to deliver one or more chunks identified by said chunk identifiers, and wherein said method comprises: determining whether a chunk identified by a chunk identifier in a chunk request message originating from said client can be delivered by a first ...

A system for the electrochemical synthesis of polymers, comprising: a. one or more reaction chambers comprising an inlet, an outlet, and a plurality of reaction sites comprising one or more individually addressable electrodes, b. a plurality of reservoirs, c. at least one flow control system for selecting a flow rate, comprising: i. at least one inlet, wherein each reservoir is fluidically coupled upstream to a flow control system inlet, ii. at least one outlet, d. a microfluidic structure comprising: i. at least one inlet fluidically coupled downstream to a flow control system outlet, ii. at ...

A compute node (400) for a computer, a computer (600) with a distributed memory as main memory assembled from the compute nodes, and a memory access method (800) for such computers are disclosed. The compute node (400) comprises at least one compute core (410) operating on information organized and stored in memory objects (10). Memory objects are subdivided into fragments (12) which are referenceable by the at least one compute core. A memory object management unit (420) of the compute node operatively couples the at least one compute core (410) to the distributed memory to access fragments ...

A compute node (400) for a computer, a computer (600) with a distributed store as main memory assembled from the compute nodes, and a memory access method (800) for such computers are disclosed. The compute node (400) comprises at least one compute core (410) operating on information organized and stored in memory objects (10). Memory objects are subdivided into fragments (12) which are referenceable by the at least one compute core. A memory object management unit (420) of the compute node operatively couples the at least one compute core (410) to the distributed store to access fragments ...

A system for the electrochemical synthesis of polymers, comprising: a. one or more reaction chambers comprising an inlet, an outlet, and a plurality of reaction sites comprising one or more individually addressable electrodes, b. a plurality of reservoirs, c. at least one flow control system for selecting a flow rate, comprising: i. at least one inlet, wherein each reservoir is fluidically coupled upstream to a flow control system inlet, ii. at least one outlet, d. a microfluidic structure comprising: i. at least one inlet fluidically coupled downstream to a flow control system outlet, ii. at ...

A compute node and related method for secure memory access on a distributed store as global computer main memory are disclosed. Memory objects are composed of a plurality of fragments accessible on the distributed store. The compute node comprises a compute core for executing tasks that require memory object fragments as inputs, an object management unit for mapping logical addresses of memory object fragments to unique physical addresses of the distributed store, an object cache and object cache controller. Identification tags for unique combinations of task object identifier (TOID) and a ...

A compute node and related method for secure memory access on a distributed store as global computer main memory are disclosed. Memory objects are composed of a plurality of fragments accessible on the distributed store. The compute node comprises a compute core for executing tasks that require memory object fragments as inputs, an object management unit for mapping logical addresses of memory object fragments to unique physical addresses of the distributed store, an object cache and object cache controller. Identification tags for unique combinations of task object identifier (TOID) and a ...

Strategy for the spatial confinement of electrochemically-generated active chemical species in ultra-high density nanoelectrode arrays.

Strategy for the spatial confinement of electrochemically-generated active chemical species in ultra-high density nanoelectrode arrays.