Abstract:
A method of accessing a memory device multiple times in a same time period can include, in a first sequence of accesses, starting an access operation to one of a plurality of banks in synchronism with a first part of a first clock cycle and starting an access operation to another of the plurality of banks in synchronism with a second part of the first clock cycle, each bank having separate access circuits; and the time between consecutive accesses is faster than an access speed for back-to-back accesses to a same one of the banks; wherein during the access operations, storage locations of each bank are accessed in a same time period
Abstract:
Disclosed is an accumulation memory circuit for providing a fast read, modify, and write operation in a single clock cycle time. The memory circuit is configured to read data stored in the memory device at an address. The memory circuit includes a reconfigurable adder unit generating read, accumulate and write output in a single clock cycle. The memory circuit is further configured to minimize data overflow. A high speed accumulation method comprises resetting a memory circuit; reading from an address of the memory circuit; performing internal addition within the memory circuit and rewriting into the address of the memory circuit in a single clock cycle.
Abstract:
A method of generating a trace library includes the steps of receiving as inputs a plurality of technology dependent parameters and a trace template and generating a trace layout from the inputs.
Abstract:
A fluid timeline social network is provided herein. The fluid timeline social network includes a story database, an image database and a fluid timeline social network application, hosted at least partially on a server computer including a processor and a computer-readable storage medium. The fluid timeline social network application is configured to receive from a user computer device a created story, the created story including at least one of textual information and image information; receive from the user computer device a user-specified date to be associated with the created story; associate the created story with the user-specified date; associate the created story with an actual time and date that the created story is received by the fluid timeline social network application; and provide the story to the story database for storage.
Abstract:
A fluid timeline social network is provided herein. The fluid timeline social network includes a story database, an image database and a fluid timeline social network application, hosted at least partially on a server computer including a processor and a computer-readable storage medium. The fluid timeline social network application is configured to receive from a user computer device a created story, the created story including at least one of textual information and image information; receive from the user computer device a user-specified date to be associated with the created story; associate the created story with the user-specified date; associate the created story with an actual time and date that the created story is received by the fluid timeline social network application; and provide the story to the story database for storage.
Abstract:
A fluid timeline social network is provided herein. The fluid timeline social network includes a story database, an image database and a fluid timeline social network application, hosted at least partially on a server computer including a processor and a computer-readable storage medium. The fluid timeline social network application is configured to receive from a user computer device a created story, the created story including at least one of textual information and image information; receive from the user computer device a user-specified date to be associated with the created story; associate the created story with the user-specified date; associate the created story with an actual time and date that the created story is received by the fluid timeline social network application; and provide the story to the story database for storage.
Abstract:
A method of accessing a memory device multiple times in a same time period can include, in a first sequence of accesses, starting an access operation to one of a plurality of banks in synchronism with a first part of a first clock cycle and starting an access operation to another of the plurality of banks in synchronism with a second part of the first clock cycle, each bank having separate access circuits; and the time between consecutive accesses is faster than an access speed for back-to-back accesses to a same one of the banks; wherein during the access operations, storage locations of each bank are accessed in a same time period.