mmJ这个骷髅头，不知不觉已经走过了10个年头。
07年下半年，正是本间正章发动mastermind JAPAN 10周年企画的大日子，「THANKYOU」FW系列更说明是贯穿整个10周年企画的别注系列。顾名思义，mmJ除了mainline的10周年外，本间更联同一...mmJ这个骷髅头，不知不觉已经走过了10个年头。
07年下半年，正是本间正章发动mastermind JAPAN 10周年企画的大日子，「THANKYOU」FW系列更说明是贯穿整个10周年企画的别注系列。顾名思义，mmJ除了mainline的10周年外，本间更联同一众好友品牌推出10周年限定别注，中村世纪的visvim是就是其合作的重头之一。展开更多
A novel quantum algorithm for the Mastermind game was proposed recently by a research team from Sun Yat-sen University to highlight the power of quantum computing.Mastermind is a popular code-breaking game between a c...A novel quantum algorithm for the Mastermind game was proposed recently by a research team from Sun Yat-sen University to highlight the power of quantum computing.Mastermind is a popular code-breaking game between a codemaker and a codebreaker.In the commercial version,the codemaker selects a secret sequence of four colored pegs(positions)from six possible colors.展开更多
This work investigates quantum speedups for the popular game named Mastermind,in which there are two participants:the codemaker who selects a secret string,and the codebreaker who submits query strings and receives an...This work investigates quantum speedups for the popular game named Mastermind,in which there are two participants:the codemaker who selects a secret string,and the codebreaker who submits query strings and receives answers from the codemaker.The codebreaker's objective is to learn the secret string in as few queries as possible.This work focuses on playing the Mastermind game on quantum computers using different types of codemaker's answers such as black count,l_(p) distance,and separable distance.We show that the codebreaker can learn the secret with certainty by using quantum algorithms which exhibit a sharp reduction in query numbers compared with their classical counterparts.Specifically,our quantum algorithms require O(klog k)black-count queries,O(logk)l_(p)-distance queries,and O(log M)separable-distance queries to learn the secret s∈[k]^(n),respectively,where M is completely determined by k.Thus,the quantum query complexity is independent of the length n of the secret s,as opposed to the query complexity linear in n of classical algorithms.展开更多
文摘mmJ这个骷髅头，不知不觉已经走过了10个年头。
07年下半年，正是本间正章发动mastermind JAPAN 10周年企画的大日子，「THANKYOU」FW系列更说明是贯穿整个10周年企画的别注系列。顾名思义，mmJ除了mainline的10周年外，本间更联同一众好友品牌推出10周年限定别注，中村世纪的visvim是就是其合作的重头之一。
文摘A novel quantum algorithm for the Mastermind game was proposed recently by a research team from Sun Yat-sen University to highlight the power of quantum computing.Mastermind is a popular code-breaking game between a codemaker and a codebreaker.In the commercial version,the codemaker selects a secret sequence of four colored pegs(positions)from six possible colors.
基金supported by the National Key Research and Development Program of China(Grant No.2024YFB4504004)the National Natural Science Foundation of China(Grant Nos.92465202,62272492,and 12447107)+1 种基金the Guangdong Provincial Quantum Science Strategic Initiative(Grant Nos.GDZX2303007,and GDZX2403001)the Guangzhou Science and Technology Program(Grant No.2024A04J4892)。
文摘This work investigates quantum speedups for the popular game named Mastermind,in which there are two participants:the codemaker who selects a secret string,and the codebreaker who submits query strings and receives answers from the codemaker.The codebreaker's objective is to learn the secret string in as few queries as possible.This work focuses on playing the Mastermind game on quantum computers using different types of codemaker's answers such as black count,l_(p) distance,and separable distance.We show that the codebreaker can learn the secret with certainty by using quantum algorithms which exhibit a sharp reduction in query numbers compared with their classical counterparts.Specifically,our quantum algorithms require O(klog k)black-count queries,O(logk)l_(p)-distance queries,and O(log M)separable-distance queries to learn the secret s∈[k]^(n),respectively,where M is completely determined by k.Thus,the quantum query complexity is independent of the length n of the secret s,as opposed to the query complexity linear in n of classical algorithms.
