Abstract: The present invention relates to monoclonal antibodies which have high anti-RSV neutralizing titers. The invention further provides for isolated nucleic acids encoding the antibodies of the invention and host cells transformed therewith. The invention yet further provides for diagnostic, prophylactic and therapeutic methods employing the antibodies and nucleic acids of the invention, particularly as a passive immunotherapy agent in infants and the elderly.

Abstract: An apparatus for wireless communication includes a receiver configured to receive a request for data associated with an Internet-of-things (IoT) service session with an IoT cloud server. The apparatus further includes a transmitter configured to transmit, based on receiving the request and prior to transmitting a response to the request, a message indicating a timing parameter associated with availability of the data. The receiver is further configured to receive an uplink grant at a time that is based on the timing parameter, and the transmitter is further configured to transmit the response to the request based on the uplink grant. The response includes at least a subset of the data.

Abstract: Disclosed are an instruction execution method and apparatus for graph computation. The method includes the following steps: S1: sending operators of each node in a computational graph used for neural network computation to an operator interpreter; S2: building, by the operator interpreter, instructions in operation; S3: defining an instruction dependency relationship; S4: building an instruction dependency relationship graph; S5: building a topological order of parallel instructions; S6: scheduling the parallel instructions to hardware resources; S7: building shortest schedules for the parallel instructions: the shortest time required to execute the parallel instructions under the condition of limited hardware resources; and S8: releasing the completed instructions.

Abstract: The disclosure discloses an intermediate representation method for compiling computation graphs, including: step 1: compiling a neural network into a computation graph for neural network computation; step 2: constructing a node for each tensor variable in the computation graph; step 3: associating the node representing the tensor variable in the computation graph to a set of pointers to the tensor variable; step 4: analyzing constraint relationships between the tensor variables in the computation graph; step 5: iteratively constructing a topological graph of the intermediate representation based on the constraint relationships between the tensor variables in the computation graph; and step 6: analyzing the tensor variables with different aliases pointing to a same memory location based on the intermediate representation, and allocating a register for the tensor variables with different aliases.

Abstract: A cooking control method of a cooking apparatus includes steps of heating a cooking chamber of the cooking apparatus to an ambient temperature by a heating unit of the cooking apparatus, detecting the ambient temperature of the cooking chamber, maintaining the ambient temperature of the cooking chamber, maintaining the ambient temperature of the cooking chamber at a predetermined set temperature by controlling the heating unit when the ambient temperature of the cooking chamber reaches the predetermined set temperature, detecting an inner temperature of an inner portion of the cooking object, and controlling the heating unit to heat the cooking chamber to maintain at an appropriate cooking temperature when the inner temperature of the cooking object reaches the appropriate cooking temperature so as to cook the cooking object at the appropriate cooking temperature in the cooking chamber.

Abstract: There is provided a charged particle apparatus comprising: a particle beam generator, optics, a first and a second positioning device, both configured for positioning the substrate relative to the particle beam generator along its optical axis, and a controller configured for switching between a first operational mode and a second operational mode. The apparatus is configured, when operating in the first operational mode, for irradiating the substrate by the particle beam at a first landing energy of the particle beam and, when operating in the second operational mode, for irradiating the substrate at a second, different landing energy. When operating in the first operational mode, the second positioning device is configured to position the substrate relative to the particle beam generator at a first focus position of the particle beam and in the second operational mode, to position the substrate at a second, different focus position.

Abstract: A switch sliding sleeve device for oil-gas exploitation and switching method thereof, an oil-gas exploitation tool and a switching method of a wall through hole thereof are disclosed. The disclosure relates to the technical field of oil-gas exploitation, and solves the technical problems in the prior art that the switching operation steps of a wall through hole of an outer cylinder are tedious and complex, and a large amount of manpower and material resources are consumed. The switch sliding sleeve device for oil-gas exploitation and the oil-gas exploitation tool include an outer cylinder, a switch sliding sleeve mechanism and a trigger. When the trigger is put into the outer cylinder and punching triggers the switch sliding sleeve mechanism, the switch sliding sleeve mechanism is capable of being switched from a state of opening the wall through hole to a state of closing the wall through hole until is triggered by the trigger or another trigger again.

Abstract: The present disclosure provides a data transceiving method, a data transceiving device, a wavelength configuration method and a wavelength configuration device. The data transceiving method includes that a first optical module receives control information sent by a second optical module; the first optical module adjusts transmission and receiving wavelengths according to the control information; and the first optical module executes transmission and receiving of data with the second optical module according to the adjusted transmission and receiving wavelengths.

Abstract: A sealing assembly for a dissolvable bridge plug, a dissolvable bridge plug and a sealing method for a gap are disclosed. The sealing assembly for dissolvable bridge plug includes a seal ring and a support ring. The support ring includes at least two supporting parts capable of sliding in the radial direction relative to each other. An axial end face of the support ring is butted with an axial end face of the seal ring. Respective central holes of the support ring and the seal ring are capable of being sleeved outside a component of dissolvable bridge plug. The supporting parts of the support ring in an expansion state are capable of exerting an axial thrust on the seal ring to prevent the seal ring from deforming in the axial direction.

Abstract: A sealing assembly for dissolvable bridge plug, a dissolvable bridge plug and a sealing method for a gap are disclosed. The technical solution relates to the technical field of oil and gas exploitation. The technical problems of poor sealing durability and poor temperature adaptability in the prior art are solved. The sealing assembly for dissolvable bridge plug includes a seal ring and a support ring. The support ring includes at least two supporting parts capable of sliding in the radial direction relative to each other. An axial end face of the support ring is butted with an axial end face of the seal ring. Respective central holes of the support ring and the seal ring are capable of being sleeved outside a component of dissolvable bridge plug. The supporting parts of the support ring in expansion state are capable of exerting an axial thrust on the seal ring to prevent the seal ring from deforming in the axial direction.

Abstract: The present disclosure provides a data transceiving method, a data transceiving device, a wavelength configuration method and a wavelength configuration device. The data transceiving method includes that a first optical module receives control information sent by a second optical module; the first optical module adjusts transmission and receiving wavelengths according to the control information; and the first optical module executes transmission and receiving of data with the second optical module according to the adjusted transmission and receiving wavelengths.

Abstract: A switch sliding sleeve device for oil-gas exploitation and switching method thereof, an oil-gas exploitation tool and a switching method of a wall through hole thereof are disclosed. The disclosure relates to the technical field of oil-gas exploitation, and solves the technical problems in the prior art that the switching operation steps of a wall through hole of an outer cylinder are tedious and complex, and a large amount of manpower and material resources are consumed. The switch sliding sleeve device for oil-gas exploitation and the oil-gas exploitation tool include an outer cylinder, a switch sliding sleeve mechanism and a trigger. When the trigger is put into the outer cylinder and punching triggers the switch sliding sleeve mechanism, the switch sliding sleeve mechanism is capable of being switched from a state of opening the wall through hole to a state of closing the wall through hole until is triggered by the trigger or another trigger again.