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Lin X.-Z.,Guangxi Economic Management Cadre College
Advanced Materials Research | Year: 2011

By analysis on the Internet Of Things (IOT), logistic unified information system as well as Intelligent Flexible Architecture technology of system and business flow, provides a intelligent flexible reform technology and realization method. Intelligent flexible reform technology of logistic unified information system is a solution for logistic system and business flow combining IOT RFID (Radio Frequency Identification), Internet and CTI (Computer Telecommunication Integration), it uses business-aspect adjustment algorithm to form the flexible reform model of the system, and do the reform planning coordinating handling, realize the real time reform with IOT logistic business flow on conditions of unified information communication. Through business-aspect adjustment testing algorithm, it proves that the intelligent flexible reform technology of logistic unified information system based on IOT is feasible. Source


Huang M.-Y.,Guangxi Economic Management Cadre College
Advanced Materials Research | Year: 2011

Internet of Things (IOT) is an extension and expansion of the internet development. The ultimate goal of IOT system is to realize the exchange and communication between human and thing as well as thing to thing. With the constant development of IOT, the intellectual degree of the future IOT would be higher and higher, the application filed would be getting extensive too. IOT plays a very important promoting effect on the logistic service system, corporation production and operation management, the production quality control of the online shopping by consumers and other aspects of the electronic commerce. IOT E-commerce provides extreme convenience to people's work and life, but its information safety still has some restriction. The character of Analytic Hierarchy Process (AHP) is to divide the complicated problem into simple combinations of multiple hierarchies and factors, and group each factor in two for comparison and calculation, according to the calculated result to make judgment and make choice. This article, based on AHP model, establishes information security evaluation model of IOT electronic commerce, evaluates on the five physical measures to protect electronic label by theory analysis on algorithm and AHP model, which has certain referential value to the IOT E-commerce information security evaluation work. Source


Xie M.,Wuhan University | Xie M.,Guangxi Economic Management Cadre College
Journal of Computational Information Systems | Year: 2011

With the growing pervasiveness of the Internet, data mining for e-learning is constantly increasing. Most research works are based on adaptations of theoretical models devised for information retrieval. However, the semantic method that underlies the process of knowledge mining is different than the process of extracting relevant documents or objects. We propose a theory model for semantic knowledge mining. We build Semantic Knowledge Mining algorithm (SKM) that take into account for the varying semantic relation in context. We show how to achieve this by using aggregate demand data. We evaluate our work, by applying the techniques on e-learning platform. Our extensive user studies, using more than 4,000 user-providing ranking scores comparisons, demonstrate an over whelming preference for the knowledge mining results generated by our techniques, compared to a large number of existing strong state-of-the-art baselines. Copyright © 2011 Binary Information Press. Source


Lin X.,Guangxi Economic Management Cadre College
Advances in Intelligent and Soft Computing | Year: 2012

By analysis on the characteristic of low-carbon logistics, Internet of Things (IOT) Service System and economic zone, provides Multiple-Regions cooperative low-carbon logistics intelligent control optimization model. The low-carbon logistics IOT service system Hidden Markov optimization Model is in the IOT environment to use Hidden Markov Model algorithm to implement characteristic state transition monitoring on cross-region cooperative logistics process, based on network information aggregation, common distribution and cooperative control and other variations of IOT monitoring targets, determine prioritized state sequence by forward and backward algorithms as well as Viterbi algorithm, realize establishment of China-ASEAN and Guangxi Multiple-Regions cooperative low-carbon logistics optimization model and achieve intelligent control. Facts prove that on the premise of meeting IOT network variation state monitoring requirements, low-carbon logistics optimization model state selection identification rate could be improved. © 2012 Springer-Verlag GmbH. Source


Wei Y.,Guangxi Economic Management Cadre College
WIT Transactions on Information and Communication Technologies | Year: 2014

Through analysis on comprehensive developments of Internet of things (IOT), Internet, and computer telephony integration (CTI) in modern logistics, this paper provides a logistic information coalition perception solution supported by IOT and unified information technology. Logistic IOT unified information system (UIS) coalition information perception is to use radio frequency identification (RFID), CTI, and Internet of IOT, combining with EPC service and coding analysis technology of IOT system as well as API programming interface and AT command of GSM Modem to carry out system program development; it carries out specific analysis on GSM Modem PDU coding technology, realizes SMS mobile information communication, and enable RFID, SMS to combine with e-mail on Internet for combinational application, equip logistic IOT UIS with ubiquitous service ability, realizes logistic coalition information perception and interaction management; the interactive applications and tests prove the operability and feasibility of the logistic IOT UIS coalition information perception mode. © 2014 WIT Press. Source

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