在網路普及化的社會裡已有許多國家漸漸採取盲簽章技術來實現不可追蹤及不可偽造等特性的應用，電子投票及電子付款即為常見的例子；以電子投票為例，在整個電子投票過程裡，如何達到更有效率的執行速度與更安全的防護是值得省思的議題。陸續已有學者提出了局部盲簽章、公平盲簽章、橢機盲簽章、門檻式盲簽章等相關理論的論文，唯電子投票機制均採取單一盲簽章技術；本研究提出了多重盲簽密機制，以植基於橢圓曲線的快速運算為基礎，並能以多份電子選票執行一次盲簽章及加密的方法，以減少在傳遞過中的簽章及加密的次數，提升在運算過程中的效率及更安全的防護，可適用在多合一選舉電子投票及多筆電子付款一次支付的應用機制上。 In the society of the Internet popularity that have many countries adopting the skills of the Blind Signature to fulfill unlinkability and unforgeability characteristics. Therefore, E-voting and E-payment that are usually used for them. For instance, in E-voting process, how to achieve more efficiency on the performing speed adds more safe protection that are worthy of considering issue in the future. Regarding to this, many scholars have submitted relative theories gradually such as the Partially Blind Signature, Fair Blinding Signature, Randomized Blind Signature, Threshold Blind Signature, etc. Viewing current E-voting systems on many countries is adopting the sole Blind Signature on the base of study skills. My professor and I have done research and submitted Multi-Blind Signcryption system. That is based on the fast calculation of the Elliptic Curve Cryptosystem and also can perform the Blind Signcryption and the method of encryption one time in the multitude copies of E-voting poll. Therefore, the system can reduce many times signatures and encryption on the transmitting process. Also, it can promote the efficiency in the calculating process and enhance more safe protection. That system is also applied for multiple elections of the E-voting changing into one kind type of the E-voting election in the future as well as multiple E-payments, which can be paid at one time.
