Abstract: The present invention provides a micro-light night vision lens comprising a hollow cylinder body; a number of transition segments, communicated with each other provided in turn on an inner surface of the cylinder body along its axial extension direction; a plurality of lens units, provided in succession and at intervals at different positions on the inner surface of the cylinder body along the central axis direction thereof; a CCD unit, provided at one end of the cylinder body in the axial direction and located on the light-out side of the lens unit therein, and spaced apart from the cylinder body, the radial dimension of the CCD unit does not exceed the diameter of the lens unit at the other end of the cylinder body in the axial direction. By reasonably laying out the lens unit, the present invention obtains a larger effective focal length and imaging quality.

Abstract: A data transmission method includes running a first application program on a first terminal, responding to an operation request for a document in the first application program to acquire a request object identifier and a document identifier of the document; acquiring a permission object group identifier of the document according to the document identifier, sending a permission authentication request for the request object identifier to the second application program, the permission authentication request being used to trigger the second application program to perform authentication processing on the request object identifier according to the permission object group identifier and return an authentication result, and outputting a response page of the operation request according to the authentication result returned from the second application program.

Abstract: A data transmission method includes running a first application program on a first terminal, responding to an operation request for a document in the first application program to acquire a request object identifier and a document identifier of the document; acquiring a permission object group identifier of the document according to the document identifier, sending a permission authentication request for the request object identifier to the second application program, the permission authentication request being used to trigger the second application program to perform authentication processing on the request object identifier according to the permission object group identifier and return an authentication result, and outputting a response page of the operation request according to the authentication result returned from the second application program.

Abstract: Provided are methods, systems, computer program products for scheduling jobs. The method may include receiving a request for allocating resources for a first job, a job comprising information regarding maximum amount of resources required by the job; determining a type of the first job; obtaining at least one backfill of the first job based on the determined type; allocating the maximum amount of resources from system resources to the first job; searching a second job in waiting jobs to be allocated resources, the second job being suitable to be allocated used resources by the first job from the maximum amount of resources allocated to the first job during the at least one backfill; allocating the resources unused by the first job from the maximum amount of resources allocated to the first job to the second job in response to the first job running to the at least one backfill.

Abstract: A processor may receive a request for a new computing task to be scheduled. The processor may identify that the new computing task requires processing in a cloud computing environment. The processor may identify resource needs of the new computing task. The processor may predict, utilizing an AI model, a future computing task based on the new computing task, where the future computing task requires processing at a future time in the cloud computing environment. The processor may identify resource needs of the future computing task. The processor may select one or more computing node hosts for processing the new computing task based on the future computing task.

Abstract: Provided are methods, systems, computer program products for scheduling jobs. The method may include receiving a request for allocating resources for a first job, a job comprising information regarding maximum amount of resources required by the job; determining a type of the first job; obtaining at least one backfill of the first job based on the determined type; allocating the maximum amount of resources from system resources to the first job; searching a second job in waiting jobs to be allocated resources, the second job being suitable to be allocated used resources by the first job from the maximum amount of resources allocated to the first job during the at least one backfill; allocating the resources unused by the first job from the maximum amount of resources allocated to the first job to the second job in response to the first job running to the at least one backfill.

Abstract: A computer-implemented method, a computer system and a computer program product for releasable resource-based preemptive scheduling. One or more currently running workloads are determined to be preempted by a pending workload. Releasable resources from the one or more currently running workloads meet required resources of the pending workload. The pending workload is dispatched so that it uses at least part of the releasable resources from the one or more currently running workloads to run.

Abstract: A method and system for process tracking is disclosed. A first process is associated with an identity of a job, wherein the first process is launched by an outsourcing process to process the job. A second process is created locally. The second process is associated with the identity of the job to enable the second process to manage the first process based on the identity.

Abstract: A method and system for process tracking is disclosed. A first process is associated with an identity of a job, wherein the first process is launched by an outsourcing process to process the job. A second process is created locally. The second process is associated with the identity of the job to enable the second process to manage the first process based on the identity.

Abstract: A computer-implemented method, a computer system and a computer program product for releasable resource-based preemptive scheduling. One or more currently running workloads are determined to be preempted by a pending workload. Releasable resources from the one or more currently running workloads meet required resources of the pending workload. The pending workload is dispatched so that it uses at least part of the releasable resources from the one or more currently running workloads to run.

Abstract: A method and device for acquiring a response message, a method and device for routing the response message, and a system for acquiring the response message and routing the response message are disclosed. The method includes steps that: a source node sends a service request message to a second group of nodes via a first group of DRA nodes; and the source node acquires the service response message returned by the destination node via the second group of DRA nodes.

Abstract: An emulsion composition comprising at least: (a) an oil phase; (b) a polyol; and (c) an amphoteric surfactant. Preferably, the emulsion composition is substantially free or completely free of any nonionic surfactant. The emulsion composition has excellent stability.

Abstract: A method and device for acquiring a response message, a method and device for routing the response message, and a system for acquiring the response message and routing the response message are disclosed. The method includes steps that: a source node sends a service request message to a second group of nodes via a first group of DRA nodes; and the source node acquires the service response message returned by the destination node via the second group of DRA nodes.

Abstract: A server case includes a shell defining an opening, a door, and a connection member. The connection member includes a sliding portion and a rotation portion. The sliding portion is slidable and connected to the door. The rotation portion is slidably engaged with the shell. The sliding portion slides on the door to drive the rotation portion to slide in the shell to make the door move from a position where an angle between the door and the opening is greater than 90 degrees to shield the opening.

Abstract: Electronic device includes an enclosure, a motherboard received in the enclosure, a first bracket securing a first electronic module, a transfer card electronically coupled to the motherboard, and a securing member securing the transfer card to the first bracket. The transfer card is substantially perpendicular to the motherboard, the first electronic module is electronically connected to the transferring card, and thereby the motherboard is electronically connected to the first electronic module.

Abstract: A server case includes a shell defining an opening, a door and a connection member. The door is configured to shield the opening. The connection member includes a sliding portion and a rotation portion. The sliding portion is slidable and connected to the door. The rotation portion is slidably engaged with the shell. The sliding portion slides on the door to drive the rotation portion to slide in the shell to make the door move from a position where an angle between the door and the opening is greater than 90 degrees to shield the opening.

Abstract: Electronic device includes an enclosure, a motherboard received in the enclosure, a first bracket securing a first electronic module, a transfer card electronically coupled to the motherboard, and a securing member securing the transfer card to the first bracket. The transfer card is substantially perpendicular to the motherboard, the first electronic module is electronically connected to the transferring card, and thereby the motherboard is electronically connected to the first electronic module.

Abstract: An electronic device system includes an enclosure with a side plate, a main board, a first hard disk drive, and a first bracket. The main board and the first bracket are located inside the enclosure. The first bracket is configured to receive the first hard disk drive. An inlet is defined in the side plate and aligned to the first bracket. The first hard disk drive is received into the first bracket via the inlet to connect to the main board.

Abstract: A method and system for analyzing an object is provided in the present invention. The system comprises: a background arranged behind an object, wherein the color of the background is allowed to be selected from a set of colors; a first unit for setting a given color for the background so that the given color is different from the color of the object; a second unit for taking a picture including the object and the background; and a third unit for detecting at least one feature relating to the object according to the picture taken by said second unit. In the system, the color of the background is allowed to be set so as to be different from the color of the object. In this way, it is easy to distinguish the object part from the background part in the taken picture. This results in stable recognition for different objects, especially objects of different colors.

Abstract: A mounting apparatus includes a chassis and a mounting piece. The chassis includes a rear plate. An expansion slot is defined in the rear plate, and a clipping portion extends from an edge of the expansion slot. The mounting piece includes a main body, an engaging piece extending from a first end of the main body, and an inserting portion extending from a second opposite end of the main body. The engaging piece defines a clipping slot, and two blocking portions are located on the opposite side of entrance of the clipping slot. The clipping portion is engaged in the clipping slot, and the two blocking portions prevent the clipping portion from being disengaged from the clipping slot.