Technology transfer is the key way of transforming scientific and technological achievements into productivity, which is an important link between science & technology and economy. It will be successful only when science and technology is applied to the economic activities then turned into new and high-tech products or industries so as to achieve the social or economic value, or to be used to minimize the cost of resources and ecological damage. After development for many years, the scientific research institutions in China, especially the state-owned research institutes, no matter its scientific research level or its comprehensive strength has been significantly improved and continuously enhanced, and then it has also accumulated much more abundant scientific and technological resources. These institutions have great potential in terms of promoting technology transfer, technology innovation of enterprises and the fundamental transformation of China's economic development mode. This paper introduces the construction of technology transfer trading platform system and its realization process.

With the rise of cloud computing services, the definition of cloud computing, service quality measurement and evaluation of consistency have caused the attention of major cloud service providers and cloud computing users. Therefore, it is imperative to study the evaluation methods and index system of cloud computing service quality and evaluate service quality, so as to provide data support and decision-making basis for evaluating the service level of cloud computing. In order to solve the problem of lack of cloud computing service quality evaluation method and evaluation index system, based on the grasp of the existing domestic cloud computing service quality evaluation and basic solutions and its applications, the cloud computing method of service quality evaluation index is studied from its mature models and ideas. In this paper, we build cloud computing service quality evaluation index system,extract cloud computing service quality evaluation requirements, and enable cloud computing service quality evaluation to be truly used.

Under the guidance of the national strategy of "mass entrepreneurship and mass innovation", the cooperative construction of college students innovation and entrepreneurship base emerges as the times require, which is as a mode of cooperation between schools and enterprises, and its management mechanism and operation mode are still under constant exploration and perfection.Based on the analysis of the problems existing in the cooperative innovation and entrepreneurship base of colleges and enterprises at this stage, according to the characteristics of the base and the practice of students, this paper puts forward the guarantee measures.

This paper expounds the importance of digital film and television in depth participation in campus culture construction.Through the design of learning situation, the design of teaching process, and the design of curriculum evaluation, the practical teaching mode of digital film and television is constructed, which is integrated with the construction of campus culture. This mode has the characteristics of humanity, practicality, professionalism and feasibility. Finally, it looks forward to the cultivation of innovative digital film and television talents in higher vocational colleges serving local culture.

Traditional OFDM system has the disadvantages of high out-of-band spectral leakage and no adjustable waveform parameters,which can’t satisfy the high quantity of data transmission, high flexibility requirements of the fifth generation communication(5G). Therefore, based on the existing OFDM technology, this paper proposes a technique based on F-OFDM variable subcarrier access technology, named filter- orthogonal frequency division multiplexing. According to different application requirements, the variable filter is added to each subband to restrain the out-of-band spectrum leakage, and MATLAB simulation is used to test the feasibility of this method. The results show that the designed module meets the requirements of F-OFDM communication system.

At present, many higher vocational colleges actively explore effective ways to promote the growth of students. Taking the digital media application technology major of Jiangsu Vocational College of Agriculture and Forestry as an example, this paper analyzes the teaching design and practice of combining modern apprenticeship system with tutorial system under the background of modern apprenticeship system, promotes the growth of students, and improves the quality of personnel training.

In view of the increasing scale of data and the inefficient operation of data mining in single machine, this paper uses Hadoop platform to cluster K-means algorithm to solve such problems. Firstly, the architecture and construction of the Hadoop platform are described in detail; secondly, the K-means algorithm is analyzed; finally, the algorithm implementation is given, and the algorithm is experimentally analyzed.

In the expansion of wearable devices, attitude estimation remains as one of the most important feature in the evergrowing selection of wearable devices, therefore, highlighting the importance of acquiring necessary knowledge on improving attitude estimation accuracy. Through the analysis and comparison of the cosine measure, quaternion algorithm, adaptive wave peak detection and the wearable human posture detection system in hardware selection and practical actualization, it summarizes the advantages and disadvantages of the four attitude judgment algorithms and their main applicable situations. Finally, a relatively optimized attitude detection method suitable for children bracelet is obtained.

In order to improve students' practical ability and problem-solving ability, this paper puts forward the C language program teaching mode based on project training, and analyzes the existing problems in C language teaching at present. This paper gives the teaching mode of modular teaching and phased project training, analyzes the advantages of C language program teaching mode based on project training, and puts forward some suggestions for C language teaching at the present stage.

Colleges and universities are the places where talents gather. Many college students have a variety of skills, but these skills rarely play a role. There are also many students who will encounter many problems in their study and life and need the help of other people. Many of the school community activities also require skilled people to complete, and online platforms allow their aspirations to be fulfilled quickly. Users issue tasks and accept tasks through the platform. The platform will analyze and match tasks through data mining to meet the needs of users and make the skills and services realized possible. The platform adopts .Net technology and SQL SERVER database. Through chart analysis, it can pay in many ways.

RFID system generally includes three parts: tag, reader and database, where there is the hidden danger between tags and reader through wireless communication. In order to ensure the security of communication information, a bidirectional authentication protocol which is suitable for label and reader is proposed, which can solve the problem of security hidden danger. Bidirectional authentication protocol adopts the mechanism of transmission after message encryption, which makes the attacker eavesdropping information is not clear, thus ensuring the security of information.

The users’signals in the service base station can be processed intensively, controlled and real-time managed jointly by cloud wireless with units access which can eliminate the internal interference inside the base station service area, and decrease the number of the wireless devices and the cost of the wireless access network. In this paper, the large scale antenna spatial modulation technology is applied to the Cloud Radio Access Network. The mutual information of the system is deduced when the input information of the system is discrete and uniformly distributed. The system simulation experiment is carried out. Results show that the performance gain of the BER and mutual information of large scale antenna spatial modulation systems in Cloud Radio Access Network are much higher than that existing in MIMO systems in cloud wireless access networks

Receiver characterization become very important as chip interface speed is higher and higher. This article bases on CTLE AC gain and DC gain, combines analysis result of bit error test, proposes a decision feedback equalizer test method via bit error distributed table. It can check performance of decision feedback equalizer intuitively, and provides results of chip performance.

The researches on CRC mainly focus on error detection, seldom on the function of error correction. IEEE 802.11 standard makes use of cyclic redundancy code to detect the error. Based on introducing the essential method of generating CRC, this paper analyses the process of correcting a single bit error in the information frame of IEEE 802.11 standard in detail.

Intelligent supervision and evaluation system based on Cloudview is a paperless system for modern education, which is applied to supervision and evaluation of various types of schools. Educational supervision organ and educators can improve the training quality and raise the level of education by evaluation guide with the help of quantitative and objective evaluation of the system.

This paper introduces the control system of air-cooled permanent magnet speed control equipment, which is designed by SIEMENS S7-200 series PLC and KunlunTongtai TPC106Ti touch screen as the core. The control system is simple in operation and perfect in function. It also can effectively improve the stability of the air-cooled permanent magnet speed control equipment.

This paper designs a set of tablet PC integration equipment based on ARM platform to replace the test platform and notebook mode of the original Windows system platform which can realize miniaturization of receiver terminal of Missile Telemetry System. The original software need to be installed on Android platform. ReentrantReadWriteLock is used to solve the high concurrency problem that always happens when original program’s single-core sequence execution mode is transplanted to Android platform’s multi-core CPU parallel processing mode. This study provides opportunity to realize multi environment and high maneuverability of Missile in the future.

Data resource and procurement are getting increasingly important in big data era. Crawler technology based on Python has become one of the research hotspots on data acquisition tool. This article applies Python crawler technologies to collect and summarize the information of Netease Cloud's quarterly lyrics and lyrics-related articles. The singer emotion data, word frequency statistics, word cloud visualization, and the degree of singer’preference for time and city are analyzed by Python library and data analysis technology. The research results show that the ballad singer is stable and passionate, and can express his positive feelings through songs, and enjoy the current time and prosperous cities.

RFID technology is widely used in many fields because of its advantages of fast reading and mobile identification. Aiming at the inefficiency of the artificial sorting in the logistics industry, an automatic sorting system based on RFID is put forward. First, the paper analyzes the current situation of logistics industry and the advantages of RFID in automatic sorting. The structure and workflow of the automatic sorting system are proposed and the sorting efficiency of the system is analyzed.

The three-dimensional digital construction scene is used to simulate and feel the urban living environment construction, recreating the future urban design from multiple perspectives with authenticity, which not only saves the manpower, but also effectively improve the accuracy of the urban planning compared with the traditional drawing submissions. In this paper, a three-dimensional digitized urban roaming system is designed to integrate real-time interaction and virtual experience, so that the urban planning departments can complete urban construction planning through virtual experience. According to the three-dimensional digitized city design, the harmony between human and urban environment can be achieved, bringing the living experience of urban roaming to human beings in virtual environment.

With the increasing number and types of papers in Tibetan periodicals, the timeliness and accuracy of Tibetan periodical papers have become increasingly stringent. The modern management of Tibetan papers is imminent. In order to adapt to the new situation of the management of periodical papers, and to make it easier for readers to read the papers, it is of great necessity to study the retrieval systems of Tibetan periodical papers. This paper studies on the retrieval system of Tibetan periodicals papers, realizing the collection and arrangement of papers scattered in various periodicals, providing a unified query interface, and making it convenient for users to find the required content in a larger range.

LabVIEW is a virtual instrument software development platform introduced by NI, which uses a graphical programming language. This paper designs a LabVIEW-based drawing tool, which contains the basic functions needed for drawing. Users can use it to draw a series of images. At the same time, the system will automatically record the pixel coordinates of the image and plan the route. The combination of LabVIEW and lower computer can translate the relevant parameters into the action instructions of lower computer.

Personal microblog is a popular social tool. The number of users is troublesome because it is confusing to users. This article clusters microblogs with high semantic similarity to facilitate user browsing. The main research work of this dissertation is as follows: 1. Use jieba segmentation in python to preprocess word segmentation and remove stopwords of personal microblog; 2. Use segmentation dataset to train word vectors using CBOW model; 3. Express personal microblog sentence vectors using word vector; 4. Personal microblog sentence vectors are represented as distribution points in space, using the modified Manhattan sentence algorithm to calculate distances, ie similarities between individual microblogs. 5. Use a modified clarans algorithm for clustering. Experiments show that the method of this paper is obviously improved compared with the traditional clustering algorithms, such as the method of dividing, the method of layering and the method of density.

In order to solve the problems existing in pig industry and realize the digitalization and digitalization of sow feeding, the sow feeding control system is researched and developed. The overall frame of the system and the functional modules of each part are designed in this paper, and the scheme with ARM9 as the control core is determined. The hardware design includes the RFID RF reader circuit, DC motor control gating switch, and stepper motor control automatic feeding. The communication between ZigBee wireless module and ARM9 is realized. Finally the hardware system and the software system are debugged and integrated, and it is installed for trial operation in pig farms.

Pipeline is a very important infrastructure and material base in industrial enterprises. Once an accident occurs, it will bring huge losses to the factory. Therefore, the daily inspection of the pipeline is very important and negligible. This paper introduces the main technologies used in the inspection system of factory pipeline, and expounds the design and implementation methods of pipeline inspection system based on LBS and QR code. The system has been used in many large factories and has achieved good results.

As a new intelligent technology, artificial intelligence technology is widely used in electrical automation control. In this paper, artificial intelligence technology is briefly summarized. Secondly, by analyzing the characteristics and advantages of artificial intelligence technology, its applications in electric automation control, operation and maintenance are discussed.

Based on educational practice for innovation and entrepreneurship of the computer science department in Guangzhou Baiyun Business Technician College, this paper elaborates implementation and achievements of several education platforms, including education and teaching platform for innovation and entrepreneurship with a focus on curriculum, experience platform for practice of innovation and entrepreneurship taking project participation as the main approach, development platform for education quality of innovation and entrepreneurship regarding students as main body, innovation works competition and entrepreneurship competition platform. As a result, these platforms find some ways for combining technician college’s innovation and entrepreneurship with school education.

Information management and information system is a kind of interdisciplinary subject which integrates information technology and management science and has strong practicality and innovation. According to the characteristics of the course of information management and information system, combined with the author’s study and practice experience in this major, this paper probes into the curriculum theory and teaching practice of information management and information system specialty, in order to promote the teaching to achieve better results.

Typesetting technology is a compulsory basic course for the majors of printing technology, printing graphic information processing, digital media application and so on. In order to meet the needs of the development of the printing and publishing industry, the original teaching content, teaching mode, teaching means and methods are reformed and explored in order to further cultivate students' interest in learning and improve their professional quality.