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ɵѧԺҳҪԴ¹۵㣨2020-02-25

930 Ķ 2020-6-28 13:43 |˷:ճ¼|ϵͳ:бʼ| , Զ, ѧԺ, ҳ,

ɵѧԺҳҪԴ¹۵㣨2020-02-25

           

һ죨2020-02-2520:30ѧԺĽܽ˸

   Ҫݣhttp://seea.tju.edu.cn/szdw/xddgdzjszx/201610/t20161011_286338.htm

/blog-107667-1220494.html

          

ѧԺҳҪԴ¹۵

 ڡPNPȫ֤ĸ˹۵: 

   PNPȫ֤ĽΪ: 

   NTM, P = NP; DTM, P  NP; ָNTMDTM, PNPûȷĴ𰸡 

   ýɼNPṹۡ,ѧУоԺѧ(һȽ),ѧУԶϵѧ,199510¡ڿ Transactions of Tianjin University (2011),йӿѧоԺѧ(2011, 2008)  

      

 ѧ(ѧ): 

   194819462019SIλаඨĿܴȱݡʵ,Լ顰ͬʱ,ƽе֮İ()Ƿϸ?

   ýɼпԺѧǻۻ𻨡,2012Լ200811ϿѧаĽѧʽγ̹Ǹɽʦ߼ްࡱᷢԡ     

     

Ԥ뼼:

   ˸ϵͳΪԤġ+ʶԡйƼߡ(2006,200609-432),ԼйƼ߾Ʒġ,200712µ1: 83-87 

   ڵԤ⡢Ԥ⡢·ͨԤȷ,˸òԡ

        

ܡ·ۡеġ mutual capacitance:

   1990ˡ·ۡеġ mutual capacitance1995û߼ɶȼɵ·Ĺ롣ݡ2006ѾԺԺʿIEEE Fellows ϣ߼ɶȼɵ·2017걻ѧʵ֡

                   

   ,ۼѧеļ㸴ԡѧijЩŨȤ    

                

PERSONAL INNOVATIVE VIEWPOINTS:

A FULL PROOF of the P versus NP (P vs NP) problem:

 The FULL PROOF of the P versus NP problem is suggested as:

 P = NP for an NTM; P  NP for a DTM; The P versus NP problem cannot be proved/decided without necessary designating of NTM or DTM.

 The suggestion was reported as A supercomputer classification theory from the hierarchy of NP problem (a First Prize paper) in the Student Academic Symposium of Graduate School to Celebrate the 100th Anniversary of the Founding of Tianjin University, October, 1995. The related papers can see Transactions of Tianjin University (2011), Journal of China Academy of Electronics and Information Technology (2011, 2008).

         

Foundation of electromagnetics (physics):

 There are two possible defects in the definition of base unit Ampere in SI (The International System of Units) from 1948(1946) to 2019.

  It is suggested to check that whether the ampere forces (magnetic forces) between two parallel conductors are strictly equal, if the directions of currents are different by physical experiments.

 The suggestion can see The Chinese Academy of Sciences Scientific Wisdom Sparks, 2012, and his conference speech in The Scientific Diathesis Education Curricula Backbone/Cadreman Teacher Senior Seminar originated by The Ministry of Education The People's Republic of China, Nankai University, 2008.

             

Mechanism Model + Identification Model Strategy for prediction of complex systems behavior:

 In forecasting theory and technology, he suggested Mechanism Model + Identification Model Strategy for forecasting/prediction of complex systems behavior. Refer to Sciencepaper Online (2006, 200609-432), and Highlights of Sciencepaper Online, 2007, (1): 83-87.

 This strategy is employed to the electrical load forecasting, wind power forecasting, and highway traffic flow prediction.

       

 In addition, some fundamental problems in computing complexity of theoretical computer science, theoretical physics, and foundation of mathematics are concerned by him.

                       

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[1] 2020-02-26ɵѧԺҳܸ£2020-02-25

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