Abstract: A computerized system and method for dynamically generating modified user interface is disclosed. The method comprises receiving a search request, providing a list of at least one product in response to the search request, receiving a selection of a first product from the user device, providing the first product to the user device for display on the user interface, determining signals of the first product and their weights, calculating a score for each of the second products based on signals of the first product, ranking the second products by the score, and in response to receiving a request to redisplay the list of product, providing, to the user device for display together with the list of product, at least one second product based on the ranking.

Abstract: In an embodiment, a method for deep application discovery and forensics of a reference system includes a computing device, such as an orchestrator, receiving and/or obtaining from an inspection layer executing on the reference system, during runtime of the reference system, architecture and configuration information describing the reference system. Also, the computing device generates, during runtime of the reference system, dependency matrices describing relationships between components of the reference system which allow for generation, during runtime of the reference system, at least one threat model describing vulnerabilities of the reference system based on the dependency matrices. The inspection layer identifies the applications and databases accessed by the applications.

Abstract: Aspects of a storage device including a memory and a controller are provided. The memory includes non-volatile memory and volatile memory. The controller may determine whether first data is available at a system-level memory location during a first programming stage of a two-stage programming sequence. The controller may read the first data from the system-level memory location when the page data is available at the system-level memory location. Alternatively, the controller may read the first data from the non-volatile memory when the page data is not available at the system-level memory location. Thus, the controller may perform a first programming operation associated with the first programming stage using the first data, thereby improving memory programming performance of the storage device.

Abstract: Aspects of a storage device including a memory and a controller are provided. The memory includes non-volatile memory and volatile memory. The controller may determine whether first data is available at a system-level memory location during a first programming stage of a two-stage programming sequence. The controller may read the first data from the system-level memory location when the page data is available at the system-level memory location. Alternatively, the controller may read the first data from the non-volatile memory when the page data is not available at the system-level memory location. Thus, the controller may perform a first programming operation associated with the first programming stage using the first data, thereby improving memory programming performance of the storage device.

Abstract: A storage system and method for a hybrid quad-level cell (QLC) write scheme for reduced random access memory (RAM) footprint and better performance are provided. In one example, a storage system includes a volatile memory and a non-volatile memory. A Foggy program operation is performed in a QLC memory in the non-volatile memory by writing two pages of data into the QLC memory. Then, a Fine program operation is performed in the QLC memory by reading the two pages of data written to the QLC memory in the Foggy program operation, reading two other pages of data from the volatile memory, and writing the two pages of data read from the QLC memory and the two other pages of data read from the volatile memory in the QLC memory.

Abstract: A storage system and method for a hybrid quad-level cell (QLC) write scheme for reduced random access memory (RAM) footprint and better performance are provided. In one example, a storage system includes a volatile memory and a non-volatile memory. A Foggy program operation is performed in a QLC memory in the non-volatile memory by writing two pages of data into the QLC memory. Then, a Fine program operation is performed in the QLC memory by reading the two pages of data written to the QLC memory in the Foggy program operation, reading two other pages of data from the volatile memory, and writing the two pages of data read from the QLC memory and the two other pages of data read from the volatile memory in the QLC memory.

Abstract: Apparatus and method for performing wear leveling are disclosed. An ordered list of references to each of a set of memory blocks is stored. A set of memory blocks in the ordered list is sequentially allocating. The allocated set of memory blocks in the ordered list are erased in the sequence in which they were allocated.

Abstract: Apparatus and method for performing wear leveling are disclosed. An ordered list of references to each of a set of memory blocks is stored. A set of memory blocks in the ordered list is sequentially allocating. The allocated set of memory blocks in the ordered list are erased in the sequence in which they were allocated.

Abstract: Apparatus and method for performing wear leveling are disclosed. An ordered list of references to each of a set of memory blocks is stored. A set of memory blocks in the ordered list is sequentially allocating. The allocated set of memory blocks in the ordered list are erased in the sequence in which they were allocated.

Abstract: A memory system logs failures to optimize garbage collection in partial bad blocks that are reused in non-volatile memory. A failure in a primary block may be logged in an inverse global address table. A garbage collection operation can reference the log in order to automatically avoid the failure in the primary block when the primary block is picked as the source block for garbage collection. Likewise, the garbage collection operation may scan only the logged wordlines in the secondary block when the secondary block is picked as the source block for garbage collection.

Abstract: A memory system logs failures to optimize garbage collection in partial bad blocks that are reused in non-volatile memory. A failure in a primary block may be logged in an inverse global address table. A garbage collection operation can reference the log in order to automatically avoid the failure in the primary block when the primary block is picked as the source block for garbage collection. Likewise, the garbage collection operation may scan only the logged wordlines in the secondary block when the secondary block is picked as the source block for garbage collection.

Abstract: Apparatus and method for performing wear leveling are disclosed. An ordered list of references to each of a set of memory blocks is stored. A set of memory blocks in the ordered list is sequentially allocating. The allocated set of memory blocks in the ordered list are erased in the sequence in which they were allocated.