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Understanding the Desktop Management Interface
Published in Steven F. Blanding, Enterprise Operations Management, 2020
The processor group in the MIF resides on the author’s Pentium desktop computer. This group consists of three attributes: the processor index, which contains an index to the processor table, the processor type, and the processor family. The processor group looks like this: Start Group Name = “Processor” Class= “DMTF/Processor/001” ID = 6 Description “This group defines the attributes for each and every process Key = 1 Start Attribute Name = “Processor Index” ID = 1 Description = “An index into the processor table.” Type = Integer Access = Read-Only Storage = Common Value = * “Delllnst” End Attribute Start Attribute Name = “Processor Type” ID= 2 Description = “The type of processor currently in the system.” Type = Start Enum 0x01 = “Other” 0x02= “Unknown” 0x03 = “Central Processor” 0x04 = “Math Processor” 0x05= “DSP Processor” 0x06 = “Video Processor” End Enum Access = Read-Only Storage = Common Value = * “Delllnst” End Attribute Start Attribute Name = “Processor Family” ID = 3 Description = “The family of processors to which this processor belongs.” Type = Start ENUM 0x01= “Other” 0x02 = “Unknown” 0x03 = “8086” 0x04= “80286” Storage = Specific Value = * “Delllnst” End Attribute End Group
Input Capture
Published in Syed R. Rizvi, Microcontroller Programming, 2016
The registers used in the input-capture function are listed in Table 11.1. Out of these registers, let us focus on the TIx (i.e., TIC1, TIC2, and TIC3) and TI4/O5. The basic structure of these registers is shown in Figure 11.2. These registers are independent of each other and can operate simultaneously. TIC1, TIC2, and TIC3 are 16-bit read-only registers. Here, read-only means that they cannot be written by software. They are not affected by a reset. The TI4/O5 register is reset to $FFFF. When configured for the IC4 function, it becomes a read-only register. All the 16-bit timer input-capture registers capture the 16-bit value from the TCNT register in response to the occurrence of an input event. This time stamp value can be interpreted as a relative time at which the input event took place. Each of the TICx registers can be accessed by software as a pair of 8-bit registers. However, the time stamp transfer from the TCNT register to TICx is performed as a single 16-bit parallel word. Helpful Hint: TICx registers are capable of operating simultaneously.Best Practice: Programmers always prefer to use a double-byte load instruction such as load D (LDD) to access data from the TICx registers.
Financial Data Security Management Method and Edge Computing Platform Based on Intelligent Edge Computing and Big Data
Published in IETE Journal of Research, 2021
This paper implements MEC template and example based on Docker technology. Docker takes the container as the foundation and core, and the image as the container template for reuse. Docker image is the basis for creating containers. It is like a snapshot of a virtual machine, a read-only template for Docker container engine, with an independent file system. Docker image includes the data needed to run the container and can be used to create new containers. A container is a running instance of an image with an additional writable layer, similar to a virtual machine, that can support operations such as starting, stopping, deleting. Each container is isolated from the others, and each container runs a specific application, including the code for that particular application, the required dependent files, and the required environment in which they run.