Abstract: Provided is a method for implementing compiled embedded Python. The method comprises: traversing an abstract syntax tree of Python source code to obtain semantic information about a program and generating corresponding C++ code according to said semantic information (S1); performing type annotation of the Python source code and thus generating C++ variable definitions and function definitions (S2); using a translator to translate into C++ source files the Python source code processed in the steps described above (S3); storing said C++ source files together with embedded chip-related files to form a file package, and compiling and linking said file package and generating an ASCII text file (S4). The method implements a source code translator on the basis of type annotations and static analysis, and integrates the translator into an embedded platform, enabling the editing, compiling, linking, and programming of Python source files.

Abstract: Provided is a method for implementing compiled embedded Python. The method comprises: traversing an abstract syntax tree of Python source code to obtain semantic information about a program and generating corresponding C++ code according to said semantic information (S1); performing type annotation of the Python source code and thus generating C++ variable definitions and function definitions (S2); using a translator to translate into C++ source files the Python source code processed in the steps described above (S3); storing said C++ source files together with embedded chip-related files to form a file package, and compiling and linking said file package and generating an ASCII text file (S4). The method implements a source code translator on the basis of type annotations and static analysis, and integrates the translator into an embedded platform, enabling the editing, compiling, linking, and programming of Python source files.

Abstract: Method for solving the decomposition-coordination calculation based on Block Bordered Diagonal Form (BBDF) model by using data center. During the solving process, partitioning the electric power system network by using the existing network partitioning method to achieve the grid partition, and setting the parameters of virtual memories firstly, thus to establish the bin-packing model with the priority of energy efficiency; and then, setting each calculating step of the decomposition-coordination calculation based on BBDF as a task. Through the manners that servers host VMs and VMs map tasks, the decomposition-coordination algorithm can be executed in data center, and the running time and energy consumption of data center can be calculated. The calculating time of decomposition-coordination algorithm is shortened and the energy consumption in data center.

Abstract: The present disclosure provides a PUSCH power control method and a PUSCH power control apparatus. According to the present disclosure, the interference of a current cell on its adjacent cells is determined in accordance with interference level information from the adjacent cells, so it is able to adjust PUSCH power for a current cell user, thereby to perform the power control in accordance with the interference among the adjacent cells.

Abstract: The present invention proposes a method for solving the decomposition-coordination calculation based on Block Bordered Diagonal Form(BBDF) model by using data center. During the solving process, partitioning the electric power system network by using the existing network partitioning method to achieve the grid partition, and setting the parameters of virtual memories firstly, thus to establish the bin-packing model with the priority of energy efficiency; and then, setting each calculating step of the decomposition-coordination calculation based on BBDF as a task. Through the manners that servers host VMs and VMs map tasks, the decomposition-coordination algorithm can be executed in data center, and the running time and energy consumption of data center can be calculated. The present invention can shorten the calculating time of decomposition-coordination algorithm and reduce the energy consumption in data center.

Abstract: The present disclosure provides a PUSCH power control method and a PUSCH power control apparatus. According to the present disclosure, the interference of a current cell on its adjacent cells is determined in accordance with interference level information from the adjacent cells, so it is able to adjust PUSCH power for a current cell user, thereby to perform the power control in accordance with the interference among the adjacent cells.

Abstract: Disclosed are a resource scheduling method, apparatus and base station for reducing the signaling overhead of the downlink control channel instruction in uplink and downlink data transmission. The method comprises: configuring semi-persistent scheduling parameters for a user equipment (UE) when the cell of the UE is determined to be an interference limited cell and a semi-persistent scheduling mechanism needs to be set for the UE; allocating semi-persistent scheduling resources to the UE for transmitting service data according to the semi-persistent scheduling parameters when the UE is determined to be in need of a semi-persistent scheduling mechanism for transmitting the service data of access services; sending the resource scheduling information of the semi-persistent scheduling resources to the UE over the downlink control channel of the UE.

Abstract: A method and device for processing inter-subframe service load balancing and processing inter-cell interference is disclosed. The method includes: when processing the inter-subframe service load balancing, determining a service load of a link in a time period; determining a resource utilization ratio threshold according to the service load; and transmitting service data in each subframe according to the utilization ratio threshold. When processing inter-cell interference, performing inter-subframe service load balancing and in combination with various inter-cell interference coordination technologies, performing an interference mitigation process in one or a combination of a frequency domain, power and a space domain by interference coordination technology.

Abstract: The present disclosure relates to an infrared heating apparatus. The apparatus comprises a housing having a hollow internal space, the housing comprising an opening through which a user's legs and feet may be inserted into the internal space of the housing. The apparatus comprises one or more heating panels located on inner sides of the housing for irradiating the user's legs. The apparatus comprises a massager located at a lower portion of the apparatus inside the internal space for massaging the user's feet.

Abstract: Disclosed are a resource scheduling method, apparatus and base station for reducing the signaling overhead of the downlink control channel instruction in uplink and downlink data transmission. The method comprises: configuring semi-persistent scheduling parameters for a user equipment (UE) when the cell of the UE is determined to be an interference limited cell and a semi-persistent scheduling mechanism needs to be set for the UE; allocating semi-persistent scheduling resources to the UE for transmitting service data according to the semi-persistent scheduling parameters when the UE is determined to be in need of a semi-persistent scheduling mechanism for transmitting the service data of access services; sending the resource scheduling information of the semi-persistent scheduling resources to the UE over the downlink control channel of the UE.

Abstract: The invention discloses a method for determining an HARQ mode so as to facilitate the use of the same HARQ modes at the network side and the UE side. The method includes: transmitting a reconfiguration message to instruct a UE to be reconfigured as a TTI bundling HARQ mode; detecting activation, upon reception of a feedback of the UE for the reconfiguration message, to determine whether a TTI bundling mechanism is validated at the UE side; and determining from a detection result an HARQ mode adopted by the UE. The invention further discloses an apparatus for performing the method.

Abstract: The present application provides a method and device for processing inter-subframe service load balancing and processing inter-cell interference, which includes: when processing the inter-subframe service load balancing, determining a service load of a link in a time period; determining a resource utilization ratio threshold according to the service load; and transmitting service data in each subframe according to the utilization ratio threshold. The inter-subframe service load balancing is processed when the inter-cell interference is processed, and in combination with various inter-cell interference coordination technologies, interference mitigation in one of a frequency domain, power and a space domain or the combination thereof is processed by the interference coordination technology.