Abstract: Techniques are disclosed for automatically pre-processing data to generate a single view of the data that is suitable for machine learning and data analytics operations. Multiple data sets are joined together using one or more primary keys if raw data in the data sets have a same frequency. On the other hand, if raw data in the data sets do not have the same frequency, then for raw data in data sets having a different frequency than data in a user-specified base data set, the raw data is normalized and resampled. The normalized and resampled data in the data sets is further aggregated based on timestamps associated with the base data set, and the data sets are then joined to the base data set using one or more primary keys. The joined data sets can be stored and used to train machine learning models and/or for data analytics operations.

Abstract: A target system for projectiles comprises a support system, a primary target, and a secondary target. The support system defines a support portion. The primary target comprises a target portion defining a front side and a rear side, a hanging portion, and a clip arranged on a rear side of the target portion. The clip is adapted to engage the secondary target to secure a secondary target relative to the primary target. The hanging portion is adapted to engage the support portion of the support system to support the primary target at a desired location.

Abstract: A mounting system for mounting a plurality of sport devices to a plurality of structures comprising a device attachment system and a structure attachment system. The device attachment system comprises a plurality of distal portions and a plurality of proximal portions. The structure attachment system attaches one of the proximal portions to each of the structures. Each of the distal portions is attached to one of the sport devices. Each of the distal portions is detachably attachable to each of the proximal portions to allow each of the sport devices to be detachably attached to each of the plurality of structures.

Abstract: A mounting system for mounting a plurality of sport devices to a plurality of structures comprising a device attachment system and a structure attachment system. The device attachment system comprises a plurality of distal portions and a plurality of proximal portions. The structure attachment system attaches one of the proximal portions to each of the structures. Each of the distal portions is attached to one of the sport devices. Each of the distal portions is detachably attachable to each of the proximal portions to allow each of the sport devices to be detachably attached to each of the plurality of structures.

Abstract: A power saving archive system includes a front storage system accessible by clients and one or more back storage systems connected to the front storage system. A client file received by the front storage system is written to one of the back storage systems, while the front storage system stores a reference to the file and deletes the file from the front storage system after a certain time period. Each back storage system enters an inactive state (e.g. a powered off state) after a period of unuse, and can become active again in response to a wakeup command (e.g. a Wake-on-LAN signal) from the front storage system. Upon receiving a file read request from a client, the front storage system wakes up the appropriate back storage system, restores the file from the back storage system, and provides the file to the client.

Abstract: A seedling growing container having a plurality of partitions removably mounted therein. The partitions are constructed and arranged to provide a plurality of trough-like configured cells containing seedlings and growing material. A humidity dome is also removably mounted on said container.

Abstract: A power saving archive system includes a front storage system accessible by clients and one or more back storage systems connected to the front storage system. A client file received by the front storage system is written to one of the back storage systems, while the front storage system stores a reference to the file and deletes the file from the front storage system after a certain time period. Each back storage system enters an inactive state (e.g. a powered off state) after a period of unuse, and can become active again in response to a wakeup command (e.g. a Wake-on-LAN signal) from the front storage system. Upon receiving a file read request from a client, the front storage system wakes up the appropriate back storage system, restores the file from the back storage system, and provides the file to the client.

Abstract: A computing device having a unique form factor and adapted for connecting to an external device is described. The computing device includes external connector(s), computing node(s), a power unit, and a flexible enclosure structure encasing them. The enclosure structure is made of flexible materials so that the computing device forms a physically integrated unit free of a rigid frame and can be mechanically supported by its external connectors without a chassis. At least one computing node has a computing state machine and programs that controls the behavior of the computing nodes at least during a connection event and a disconnection event. The computing device can be hot-swapped and function properly between these events. Also described is a reconfigurable computing system that includes one or more computing devices described above and one or more host computers, as well as programming techniques for accomplishing hot swapping of the computing devices.

Abstract: A plant container having a plurality of holes in the bottom thereof, a plurality of legs are detachably connected to certain holes in the bottom thereof, and a length of wick extends through other holes in the bottom of the container.

Abstract: An exercise keyboard including a substantially vertical keyboard array of keypads arranged for typing alphanumeric letters by pushing of keypads of the array so as to type one the letter per the push of one of the keypads. Each keypad is padded so as to accommodate the pushing of the keypads by striking or kicking of the keypads by a user. The array is mounted in, and advantageously to, a supporting frame and sized for the striking or kicking of the key pads by a user while standing. The keyboard is adapted for communication with a computer.

Abstract: A computing device having a unique form factor and adapted for connecting to an external device is described. The computing device includes external connector(s), computing node(s), a power unit, and a flexible enclosure structure encasing them. The enclosure structure is made of flexible materials so that the computing device forms a physically integrated unit free of a rigid frame and can be mechanically supported by its external connectors without a chassis. At least one computing node has a computing state machine and programs that controls the behavior of the computing nodes at least during a connection event and a disconnection event. The computing device can be hot-swapped and function properly between these events. Also described is a reconfigurable computing system that includes one or more computing devices described above and one or more host computers, as well as programming techniques for accomplishing hot swapping of the computing devices.

Abstract: A computing device having a unique form factor and adapted for connecting to an external device is described. The computing device includes external connector(s), computing node(s), a power unit, and a flexible enclosure structure encasing them. The enclosure structure is made of flexible materials so that the computing device forms a physically integrated unit free of a rigid frame and can be mechanically supported by its external connectors without a chassis. At least one computing node has a computing state machine and programs that controls the behavior of the computing nodes at least during a connection event and a disconnection event. The computing device can be hot-swapped and function properly between these events. Also described is a reconfigurable computing system that includes one or more computing devices described above and one or more host computers, as well as programming techniques for accomplishing hot swapping of the computing devices.

Abstract: An operating-system-independent modular programming method is disclosed, which includes providing one or more tasks, one or more task queues, and zero or more condition queues. Each task is a program that is run in sequence. Each task queue includes a task queue program and a queue containing zero or more tasks. Each condition queue includes a condition queue program and a queue containing zero or more tasks and associated conditions. Each task includes task ending code that refers to zero, one, or more than one successor task, and the task queue program or the condition queue program handles each such successor task by either running it or placing it in a task queue or a condition queue. The programming method further includes providing a fan and an end fan construct to enable a parent task to generate a plurality of child sequences.

Abstract: Methods and systems for reducing the stress state of compressed ends of compressed tubes are disclosed. The methods and systems may provide a reduced tensile residual stress state, or even a compressive residual stress state. Tube products produced from the same are also provided.

Abstract: A general RAID conversion method is described for converting between different RAID configurations. The method includes reading a unit of user data from the source devices according to the source RAID algorithm, writing the user data together with redundant data (if any) to the target devices according to the target RAID algorithm, and from time to time releasing portions of the source devices containing data that has been converted. The conversion may be used to expand or contract the array, to increase or decrease usable capacity, and to increase or decrease the device-loss insurance level. Conversion may be performed on line (dynamically) or off line. The flexibility of the method allows the implementation of manual and/or rule-based RAID reconfiguration that automatically adjusts system parameters based on user request and/or a set of rules and conditions respectively. It may also be used to perform self-healing after one or more devices in the array have failed.

Abstract: Certain oxazole-based compounds exhibiting ATP-utilizing enzyme inhibitory activity, methods of using compounds exhibiting ATP-utilizing enzyme inhibitory activity, and compositions comprising compounds exhibiting ATP-utilizing enzyme inhibitory activity, are disclosed.

Abstract: Certain quinolone-based compounds exhibiting ATP-utilizing enzyme inhibitory activity, methods of using compounds exhibiting ATP-utilizing enzyme inhibitory activity, and compositions comprising compounds exhibiting ATP-utilizing enzyme inhibitory activity, are disclosed.

Abstract: An exercise keyboard including a substantially vertical keyboard array of keypads arranged for typing alphanumeric letters by pushing of keypads of the array so as to type one the letter per the push of one of the keypads. Each keypad is padded so as to accommodate the pushing of the keypads by striking or kicking of the keypads by a user. The array is mounted in, and advantageously to, a supporting frame and sized for the striking or kicking of the key pads by a user while standing. The keyboard is adapted for communication with a computer.

Abstract: An improved and extended Reed-Solomon-like method for providing a redundancy of m?3 is disclosed. A general expression of the codes is described, as well as a systematic criterion for proving correctness and finding decoding algorithms for values of m?3. Examples of codes are given for m=3, 4, 5, based on primitive elements of a finite field of dimension N where N is 8, 16 or 32. A Horner's method and accumulator apparatus are described for XOR-efficient evaluation of polynomials with variable vector coefficients and constant sparse square matrix abscissa. A power balancing technique is described to further improve the XOR efficiency of the algorithms. XOR-efficient decoding methods are also described. A tower coordinate technique to efficiently carry out finite field multiplication or inversion for large dimension N forms a basis for one decoding method.