Abstract: Technologies for spreading a single transport flow across multiple network paths in remote direct memory access (RDMA) over converged Ethernet (RoCE) and InfiniBand are described. A network interface controller receives a first packet and a second packet of a transport flow directed to a second node. The network interface controller assigns a first network routing identifier to the first packet and a second network routing identifier to the second packet, the first network routing identifier corresponding to a first network path between the first and second nodes, the second network routing identifier corresponding to a second network path between the first node and the second node. The network interface controller schedules a first packet of the transport flow to be sent via the first network path and a second packet of the transport flow to be sent via the second network path.

Abstract: A network adapter includes a port and one or more circuits. The port communicates packets over a network in which switches forward packets in accordance with tuples of the packets. The one or more circuits are to hold a user-programmable scheme specifying assignments of the packets of a given flow destined to a peer node to sub-flows having respective different tuples, assign first packets of the given flow to one or more of the sub-flows in accordance with the user-programmable scheme, by setting respective tuples of the first packets, transmit the first packets to the peer node via the port, monitor notifications received from the network, the notifications being indicative of respective states of the sub-flows, based on the notifications and on the user-programmable scheme determine an assignment of second packets of the given flow to the sub-flows, and transmit the second packets to the peer node via the port.

Abstract: A method and system for determining a position of an object with respect to a semi-transparent container, by: receiving, from a camera attached to a semi-transparent container, an image of a scene in proximity to the semi-transparent container; detecting, by an object detector, a new object present in the image, else marking the image as being an image indicative of a current state of the semi-transparent container; cropping, by a computer processor, the image to produce a cropped object image; analyzing, by the computer processor, the cropped object image; and assigning, by the computer processor, a confidence score in a numeric range to the cropped object image, wherein a score at one end of the range indicates the new object corresponding to the cropped object image is inside the semi-transparent container, and wherein a score at the other end of the range indicates the new object is outside.