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[경영학에 대해]블루오션쉬프트-255 In Chapter 2, the authors explain the core concepts and mechanisms of market creation, point out the limitations of focusing solely on creative destruction or disruptive innovation, highlight the existence of non-destructive creation opportunities often overlooked, clarify why economists’ notion of innovation does not always align with commercially attractive new-market creation, and argue that .. 더보기
[경영학에 대해]블루오션쉬프트-254 Organizational leaders assume that market boundaries and industry conditions are fixed and believe they must choose either a differentiation or a low-cost strategy, but the CRP Center challenged those assumptions by redefining market boundaries, simultaneously pursuing differentiation and low cost to break the productivity frontier and open a new value–cost frontier—an approach that has been cod.. 더보기
[경영학에 대해]블루오션쉬프트-253 The Blue Ocean perspective expands vision, leading organizations to recognize opportunities differently and avoid competition-centered thinking while delivering new value to customers; the market-creation tool supports execution as the appropriate guide systematizes thinking, uncovering innovative opportunities and identifying noncustomers; the process presents key questions and the visual frame.. 더보기
[경영학에 대해]블루오션쉬프트-252 Despite the religious and ethni c divisions and war in Iraq, 17- year-old pianist Zuhal Sultan di d not lose her dream. In 2008, s he founded Iraq's first national youth orchestra (NYOI) and, wi th the help of Scottish conduct or Paul MacAlindin, combined I raqi folk music with classical m usic to spread peace and hope through music, gaining worldw ide attention. This can be seen as a successful.. 더보기
[공학에 대해서]반도체 제대로 이해하기-251 The atomic structure of semiconductors, especially silicon, forms stable covalent bonds by sharing four outer electrons to mimic a full 8-electron shell, and while no free electrons exist at absolute zero, thermal energy at room temperature generates electron-hole pairs (EHP), allowing current flow; to regulate this conductivity, dopants like boron (III group) create p-type semiconductors via ho.. 더보기
[공학에 대해서]반도체 제대로 이해하기-250 Digital systems, unlike analog which continuously represent real-world values, discretize information into quantized levels—trading off exact fidelity for robust transmission and storage—and as illustrated by historical examples like Korea’s beacon signal system or modern EPROM, EEPROM, and flash memories, digital representations may distort actual data due to quantization error, but their repro.. 더보기
[공학에 대해서]반도체 제대로 이해하기-249 Semiconductor memories encompass dynamic RAM (DRAM) that requires periodic refresh due to charge leakage in capacitors, static RAM (SRAM) that retains data as long as power is supplied using cross-coupled inverters, and non-volatile ROMs, where data is permanently stored via predetermined layouts—NOR-type ROMs offer fast access with larger area due to parallel connections, while NAND-type ROMs a.. 더보기
[공학에 대해서]반도체 제대로 이해하기-248 CMOS circuits like inverters, NAND, and NOR gates are realized through detailed layouts connecting PMOS and NMOS transistors via metal, contact, and polysilicon layers, with their correctness ensured by automated tools for design rule checking (DRC), electrical rule checking (ERC), and layout versus schematic (LVS) comparison; parasitic elements like unintended resistors and capacitors are extra.. 더보기