soft-core
英 [ˈsɒft kɔː(r)]
美 [ˈsɔːft kɔːr]
adj. 软性色情的; (性描写等)隐晦的，含蓄的
牛津词典
adj.
- 软性色情的；（性描写等）隐晦的，含蓄的
showing or describing sexual activity without being too detailed or shocking
柯林斯词典
- (性描写)非赤裸裸的，较隐晦的
Soft-corepornography shows or describes sex, but not very violent or unpleasant sex, or not in a very detailed way.
双语例句
- Implementation of Soft-Core Processor and DDFS Based on FPGA
基于FPGA的软核处理器及DDFS实现 - Nios II soft-core processor implanted into FPGA as the control chip controls and preprocesses the data of the entire image acquisition system.
采用FPGA作为控制芯片，在其中植入NiosⅡ软核处理器以对整个图像采集系统的数据进行控制和预处理。 - With the establishing of verification and test platform for SDH chip, We realize the function simulation, timing simulation and performance test of the IP soft-core.
通过建立SDH芯片验证平台和SDH芯片测试平台，实现IP软核的功能仿真、时序仿真和芯片性能测试。 - Research and Design of Nios ⅱ Soft-core Processor
NiosⅡ软核处理器的研究与设计 - Designed the inter-frame decoding IP soft-core, including the motion vector generation module, prediction processing modules and interpolation modules.
详细设计了帧间解码IP软核，包括运动矢量生成模块、预测处理模块和插值模块。 - According to the structure model of data acquisition and processing system connected by Ethernet, the network interface module based on the Nios soft-core system is designed to construct the network data acquisition system.
为构建网络化的数据采集系统，根据数据采集模块与处理控制模块通过以太网相连接的结构模型，设计了基于Nios软核系统的嵌入式以太网网络接口模块。 - NIOS ⅱ soft-core processor is a flexible and efficient embedded processor promoted by Altera Corporation.
NIOSⅡ软核处理器是Altera公司推出的一款灵活高效的嵌入式处理器。 - The paper introduces the structural features of the network processor Nios II and customized instructions and design methods for forwarding software of the network processor based on the Nios II soft-core processor and design methods for the DSP processor used for the processing of the video and image data.
文中介绍了网络处理器NIOSii的结构特点和自定义指令以及基于NIOSii软核处理器的网络处理器转发软件的设计方法和基于视频图像处理的DSP处理器的设计方法。 - The paper built a soft core processor which named NIOS II in the FPGA by using SOPC technology, and running μ C/ OS-ⅱ operating system on the NIOS II soft-core in order to achieve the scheduling of the system task.
通过使用SOPC技术，在FPGA内部构建了NIOSⅡ软核处理器，并在NIOSⅡ软核上运行μC/OS-Ⅱ操作系统，从而实现了对系统任务的调度。 - To solute the problem, the idea of kernel hardware design has been put forward. System architecture is divided into soft-core and hardcore. Hardcore will manage application tasks as a coprocessor to improve the real time of system.
针对实时性问题，提出将内核硬件化设计的思想，将系统的体系结构划分为软核和硬核，硬核作为协处理器管理应用任务，提高系统的实时性，使系统的性能得到明显的提高。