Due to advancement of semiconductor technology, a system can be designed in a single chip, we call it a system on chip (SOC). An SOC usually reuses silicon intellectual properties (SIP). This speeds up design time and increase correctness of the chip. Memory modules play an important role in an SOC. Under various system requirements, different memory modules should be used. In this research, in order to satisfy various design requirements of memory modules, we designed various advanced and application-specific functional features to be added into memory modules. We planed a configuration method and implemented needed component designs, including fault tolerance, encryption, and allocation. Hence, we can speed up design time and increase design correctness of such memory module designs.

本研究擬檢視針對智慧財產移轉訂價稅制是否齊備，藉由外國稅法制度以及實務案例作為台灣修法借鏡，針對我國法制尚未臻完備之處進行探討，以作為未來修法之參考；並以納稅義務人角度，針對以智慧財產為標的之情形模擬租稅規劃安排。 首先，本研究以智慧財產為主軸，就我國目前現有移轉訂價制度先行探討，再納入美國以及中國稅制進行比較分析，以衡量我國目前稅法未完備之處。本研究結果發現，針對智慧財產移轉訂價稅制，我國尚缺乏成本分攤協議規範、智慧財產所有權人認定、可比較交易內容之資料庫等規範內容，得以美國為借鏡，作為我國未來制定相關規範之框架，盡速彌補相關智慧財產移轉訂價法制不足之處，以利徵納雙方適用。 再者，智慧財產移轉訂價為一相當實務且國際化之議題，借鏡於實際爭訟案件爭點，可作為未來我國修法規範之考量；由於台灣以研究發展見長，企業擁有許多高價值的智慧財產，未來該等轉讓或授權所牽涉的金額將更為龐大，屆時租稅規劃將為重要考量，故本文模擬數個例子，為該等企業先行作基礎租稅規劃。 最後，綜上所述，提出個人修法建議，希冀能為我國智慧財產移轉訂價稅制實務徵納以及修法方向作出一點貢獻。