Abstract: Systems and methods for managing locks in a data acquisition system with a distributed data storage are disclosed. In embodiments, a storage node of a data acquisition system with a plurality of storage nodes receives a request for an unprocessed event, where portions of the event data are stored across the plurality of storage nodes. One node of the plurality of nodes holds the lock value for the event. The node receiving the request searches for an event where it stores the lock value that is unlocked. If none is found, the node receiving the request forwards the request to a second node, which repeats the search.

Abstract: An embodiment of a semiconductor apparatus may include technology to identify a group of objects based on a common object structure, and allocate the group of objects to two or more memory channels based on interleave set information. Other embodiments are disclosed and claimed.

Abstract: Systems and methods for managing locks in a data acquisition system with a distributed data storage are disclosed. In embodiments, a storage node of a data acquisition system with a plurality of storage nodes receives a request for an unprocessed event, where portions of the event data are stored across the plurality of storage nodes. One node of the plurality of nodes holds the lock value for the event. The node receiving the request searches for an event where it stores the lock value that is unlocked. If none is found, the node receiving the request forwards the request to a second node, which repeats the search.

Abstract: Memory devices and systems having direct access mode (DAM) space allocation across interleaved non-volatile memory (NVM) modules, as well as methods of allocating direct access mode (DAM) space across interleaved non-volatile memory (NVM) modules are disclosed and described.

Abstract: Examples may include techniques to manage data in a data acquisition system including allocating memory in a first stage buffer; storing data received by a data provider into the allocated memory in the first stage buffer; and storing a key identifying the stored data and an address in the first stage buffer for the stored data in an entry in a first keys data structure. Further steps include receiving a request from a filtering unit to get the stored data from the first stage buffer, the request including the key; retrieving the address in the first stage buffer from the entry in the first keys data structure associated with the key; and returning the address in the first stage buffer to the filtering unit.

Abstract: An embodiment of a semiconductor apparatus may include technology to identify a group of objects based on a common object structure, and allocate the group of objects to two or more memory channels based on interleave set information. Other embodiments are disclosed and claimed.

Abstract: Memory devices and systems having direct access mode (DAM) space allocation across interleaved non-volatile memory (NVM) modules, as well as methods of allocating direct access mode (DAM) space across interleaved non-volatile memory (NVM) modules are disclosed and described.