Ganesh
Ayalvadi Ganesh, Cambridge GB
Patent application number | Description | Published |
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20080219285 | Multi-Channel Communications Protocol - There is a need to improve design of communications protocols in which two or more channels are provided and, optionally, in which collision avoidance is not available. An improved protocol is provided in which communications nodes pick a channel on which to transmit and collisions may occur where two nodes attempt to transmit on the same channel. The node currently occupying a channel is arranged to have a specified probability of holding onto that channel as compared to a newcomer. Other methods are described whereby a node is able to occupy more than one channel at the same time and whereby nodes each occupy approximately the same number of channels. | 09-11-2008 |
Ayalvadi Jagannathan Ganesh, Bristol GB
Patent application number | Description | Published |
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20090080336 | CHARACTERIZATION OF NETWORK PATH QUALITY FOR NETWORK APPLICATIONS AND SERVICES - A service for facilitating a determination of path quality between a first endpoint node and a second endpoint node in a network of nodes is provided. Path quality information is aggregated from across network internet service providers (ISPs), giving authorized endpoints access to path quality information for specified path segments of a path to another endpoint. Path quality information includes one or more metrics that measure available bandwidth, loss rate and/or latency. | 03-26-2009 |
20090092124 | NETWORK ROUTING OF ENDPOINTS TO CONTENT BASED ON CONTENT SWARMS - Using location-independent names to identify content, a service for mapping endpoint requests to requested content. Content requested by an endpoint of the network is mapped to a dynamic “swarm” of server, peer, or other endpoints capable of supporting the content download. Content names are mapped to a dynamically generated content swarm, presenting a current set of hosts, which can provide the requested content. Optionally, varying degrees of explicit visibility into routing paths and the performance tradeoffs between those routing paths is supported. Based on a set of class of service parameters for a given request for content, a host can initiate route selection based on class of service parameters, predicated on routing metrics maintained by the network by cooperating endpoints and/or network routers. | 04-09-2009 |
Sangita Ganesh, London GB
Patent application number | Description | Published |
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20150350263 | METHOD OF ENHANCING INTERACTION EFFICIENCY OF MULTI-USER COLLABORATIVE GRAPHICAL USER INTERFACE (GUI) AND DEVICE THEREOF - A method and device that enhances interaction efficiency of multi-user collaborative GUI. The method comprises displaying an object of interest on action area of the GUI, where the object of interest is common to plurality of users interacting with GUI. Thereafter, the one or more menu icons corresponding to one or more actions associated with object of interest are displayed. The one or more menu icons are rotatable in either clockwise or anti-clockwise directions. The method further comprises detecting selection of one or more menu icons where the selection of one or more menu icons causes processing unit to perform either: displaying one or more movable sub-menu icons corresponding to one or more actions associated with the object of interest; or executing one or more actions corresponding to the selected one or more menu icons on object of interest to obtain processed object. | 12-03-2015 |
Vijay Kumar Ganesh, Singapore SG
Patent application number | Description | Published |
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20090065961 | Fibre Reinforced Composite and Method of Forming the Same - A method for forming an orthodontic device having a fibre reinforced composite is provided. The fibre reinforced composite has a fibre material within a matrix phase material. The fibre material comprises braided fibre material having a braid angle in the range from about 3° to about 87°, and more particularly in the range from about 10° to about 45°. The fibre reinforced composite is formed from a method which includes the steps of impregnating the fibre material with a monomer resin, shaping the fibre that is impregnated with the resin into a defined cross sectional shape suitable for use in the orthodontic device, and polymerising the monomer resin in the impregnated fibre to form the fibre-reinforced composite. | 03-12-2009 |