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| 1. | 开发指令并行性的分支控制技术 | |
| | The Controlling Technology of Branch instruction for Geveloping Instruction Parallelism
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| 2. | 基于SCV的MIPS指令集指令随机生成工具 | |
| | SCV based random instruction generation tool for MIPS instruction set
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| 3. | 指令优化设计与指令缓存结构相互关系的研究 | |
| | Mutual Effect of Instruction Layout Optimization and Instruction Memory Hierarchy
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| 4. | 为具有复杂指令的嵌入式DSPs进行代码选择 | |
| | Instruction Selection for Embedded DSPs with Complex Instruction
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| 5. | PLC加1与比较指令配合实现的控制功能 | |
| | The control functions of PLC increment instruction together with comparison instruction realizing
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| 6. | 指令无条件将控制转移到特定目标指令,这表示为距当前指令之后的指令的开始处的4字节有符号偏移量。 | |
| | The leave instruction unconditionally transfers control to the specific target instruction, represented as a 4-byte signed offset from the beginning of the instruction following the current instruction.
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| 7. | 基于指令聚类与指令调度的嵌入式软件功耗优化研究 | |
| | Software Power Optimization for Embedded Systems Based on Instruction Clustering and Instruction Rescheduling
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| 8. | 建立了微处理器指令类型集合和指令操作数集合 | |
| | we build instruction type sets and instruction operand sets of microprocessor.
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| 9. | 新版欧盟玩具指令与现行指令88/378/EEC的主要区别 | |
| | The difference between new toy instruction in EUand 88/378/EEC of current instruction
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| 10. | MA模型建立以及指令精确、时钟精确的指令集模拟器实现方法 | |
| | the implementation of instruction accurate and cycleaccurate instruction set simulator are also investigated.
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