Aldworth
Alan Aldworth, Ann Arbor, MI US
Patent application number | Description | Published |
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20100092930 | SYSTEM AND METHOD FOR AN INTERACTIVE STORYTELLING GAME - The interactive storytelling game of the present invention includes a contextual story that includes at least one key story concept, a blank story scene, and a scene palette that includes at least one story object that is associated with the key story concept. The story object is adapted to be applied to the blank story scene to form a user-generated scene. A validation engine compares the user-generated scene with the contextual description. | 04-15-2010 |
20100092933 | SYSTEM AND METHOD FOR AN INTERACTIVE PHONEME VIDEO GAME - The interactive phoneme video game of the present invention includes an action game section where a user can collect a phoneme item. At least one phoneme item is associated with a phoneme from a word. A word and phoneme pairing challenge encourages a user to make use of phoneme information gained during the action game. A phoneme sound is preferably played during interaction with the video game such as when a phoneme item is collected or during navigation of a phoneme keypad. | 04-15-2010 |
Alec John Aldworth, Charmouth GB
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20090038688 | Fluid Control Valve - A fluid control valve for use in a system for inflating an anti-G garment. The valve includes an elongate chamber in which a valve member is moveable. The chamber has first and second axial ends. An inlet opening in a chamber wall provides for the flow of fluid into the chamber. A valve edge is provided at the second end of the chamber to form an outlet. The valve member has a first portion which closes the first chamber end and is moveable in the chamber between the inlet opening and the first chamber end, an intermediate portion which has a cross sectional area less than that of the chamber wall to permit the inflow of fluid to the chamber, and a second portion including a flow control device which co-operates with the valve edge to control fluid flow from the valve. | 02-12-2009 |
Peter James Aldworth, Cambridge GB
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20080256303 | Cache memory - An apparatus for processing data comprises a cache memory having a plurality of cache rows each operable to store a cache line of data values, a memory management unit responsive to a page table entry to control access to a corresponding group of memory addresses forming a memory page, and a cache controller coupled to said cache memory and responsive to a cache miss to trigger a line fill operation to store data values into a cache row. The cache controller is responsive to a cache line size specifier associated with at least one page table entry to vary the number of data values within a cache line fetched in a line fill operation in dependence upon said cache line size specifier. Accordingly, by associating cache line size specifiers with page table entries, the number of data values to be stored in a line fill operation can be controlled on a memory page basis, which is advantageous because data values within the same page of memory are likely to be subject to similar types of access behaviour in the cache. Additionally, controlling cache line size on a page basis is more efficient, in terms of computation and storage, than controlling cache line size on a cache row or virtual address basis. | 10-16-2008 |
20090287865 | Interconnect - A method, an interconnect and a system for processing data is disclosed. The method comprises the steps of: a) receiving a request to perform a data transaction between a master unit and a slave unit, b) receiving an indication of a quality of service requirement associated with said data transaction; c) determining an interconnect quality of service level achievable when transmitting said data transaction over the interconnect logic having regard to any other pending data transactions which are yet to be issued; d) determining a slave quality of service level achievable when responding to said data transaction once received by said slave unit from said interconnect logic; and e) determining whether the combined interconnect quality of service level and the slave quality of service level fails to achieve the quality of service requirement and, if so, reordering the pending data transactions to enable the quality of service requirement of each data transaction to be achieved. Hence, arbitration between data transactions occurs prior to those transactions being provided to the interconnect. It will be appreciated that this enables pending data transactions to be systematically reordered and the quality of service level for each of these reordered data transactions to be accurately calculated to ensure that the quality of service requirement for each of those data transactions is achieved. Accordingly, this enables all aspects of quality of service to be budgeted together and true end-to-end quality of service may be determined for each data transaction. | 11-19-2009 |
20090319718 | MEMORY CONTROLLER ADDRESS MAPPING SCHEME - A data processing system is provided with a memory controller ( | 12-24-2009 |
Simon Aldworth, Nuneaton GB
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20130144476 | Yaw Motion Control of a Vehicle - A vehicle with at least two forwardly positioned steerable road wheels and at least first and second rearwardly positioned wheels disposed on opposing lateral sides of the vehicle is provided with first and second electric motors adapted to apply driving and braking torque to the respective rearwardly positioned wheels. The first and second electric motors are independently controllable. At least one angle sensor is configured to provide an output indicative of a steering angle of the steerable road-wheels. At least one speed sensor configured to provide an output indicative of the vehicle longitudinal speed. A vehicle yaw-rate sensor is configured to provide an output indicating the vehicle's measured yaw-rate. The vehicle has control means adapted to determine a target yaw-rate from at least the steering angle of the steerable road wheels and the vehicle longitudinal velocity; determine a yaw rate error by comparing at least the vehicle's measured yaw-rate with said target yaw-rate, and determine an amount of yaw torque needed to correct or reduce the yaw-rate error; and control the first and second electric motors to apply an amount of differential torque to the respective first and second rearwardly positioned wheels so as to generate said amount of yaw torque. | 06-06-2013 |