why software are important

本文探讨了软件公司在现代经济中的重要地位,并列举了如微软、谷歌、苹果等知名企业的成功案例。文中还分析了这些企业之所以能取得巨大成功的内在原因,即其核心竞争力在于软件开发能力。

i think the most shortest answer to this question is the software engineers salary:)

and if you look at which company make big money than ever can mostly be category into soft: ms, google, apple, facebook , you may argue that google and apple are not the soft company , i do not comment, please assume all phone company open their hardware security - that is every software can be flashed into a mobile phone only if the chipsets + sensors are properly driven this is no problem since mainstream component are so limited than we image , then what will every one do? most of them will try to download apple phone sw into the mobile so this explained why i called apple a software company.


it is very basic to do integration work - put all components together and drive them correctly. seems not much load force if you finished one by referring to reference design from chipset vendor. soft make difference. 

【电动汽车充电站有序充电调度的分散式优化】基于蒙特卡诺和拉格朗日的电动汽车优化调度(分时电价调度)(Matlab代码实现)内容概要:本文介绍了基于蒙特卡洛和拉格朗日方法的电动汽车充电站有序充电调度优化方案,重点在于采用分散式优化策略应对分时电价机制下的充电需求管理。通过构建数学模型,结合不确定性因素如用户充电行为和电网负荷波动,利用蒙特卡洛模拟生成大量场景,并运用拉格朗日松弛法对复杂问题进行分解求解,从而实现全局最优或近似最优的充电调度计划。该方法有效降低了电网峰值负荷压力,提升了充电站运营效率与经济效益,同时兼顾用户充电便利性。 适合人群:具备一定电力系统、优化算法和Matlab编程基础的高校研究生、科研人员及从事智能电网、电动汽车相关领域的工程技术人员。 使用场景及目标:①应用于电动汽车充电站的日常运营管理,优化充电负荷分布;②服务于城市智能交通系统规划,提升电网与交通系统的协同水平;③作为学术研究案例,用于验证分散式优化算法在复杂能源系统中的有效性。 阅读建议:建议读者结合Matlab代码实现部分,深入理解蒙特卡洛模拟与拉格朗日松弛法的具体实施步骤,重点关注场景生成、约束处理与迭代收敛过程,以便在实际项目中灵活应用与改进。
SystemVerilog introduced two - state logic for several important reasons: #### Simplification of Design and Verification Two - state logic simplifies the design and verification process by reducing the complexity. In traditional four - state logic (0, 1, X, Z), the unknown (`X`) and high - impedance (`Z`) states can make simulations and formal verification more difficult. For example, in a large digital design, the propagation of `X` states can lead to a combinatorial explosion of possible states during simulation, making it hard to debug and understand the behavior of the circuit. With two - state logic, designers can focus on the normal 0 and 1 values, which are the most common states in a digital system, thus streamlining the design and verification efforts. #### Performance Improvement In simulation, two - state logic can significantly improve the performance. Since there are only two possible values (0 and 1), the simulator has fewer states to track and analyze. This leads to faster simulation run - times, especially for large - scale designs. For example, in a high - level behavioral model where the focus is on the functional behavior rather than the detailed electrical characteristics, using two - state logic can speed up the simulation process without sacrificing the accuracy of the functional verification. #### Compatibility with Software - Centric Design Flows As the design process has become more software - centric, two - state logic is more compatible with programming languages and software - based design methodologies. Many software languages, such as C and C++, are based on two - state boolean logic. By introducing two - state logic in SystemVerilog, it becomes easier to interface between hardware design and software development, enabling more seamless co - simulation and co - design of hardware and software components. For instance, when using SystemVerilog for high - level synthesis (HLS), two - state logic can simplify the translation of high - level algorithms into hardware descriptions. ```systemverilog // Example of using two - state logic in SystemVerilog module two_state_example; logic [7:0] data; // Two - state logic variable initial begin data = 8'b10101010; $display("Data value: %b", data); end endmodule ```
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