A Research on the Statistic System of Hi-tech Service Industry Shi Qingyan Research Institute of Statistics Sciences, NBS Tel: (010)68783977

Slides:



Advertisements
Similar presentations
Accounting Method for Chinas Quarterly GDP by Expenditure Approach QIU, Qiong Dept. of National Accounts, NBS.
Advertisements

Scope and method of pilot survey in China Yang kuan kuan Deputy director-general of office on Leading group of the Second National Economic Census under.
Presented by: Denise Sjahkit SURINAME. Introduction Overview of the main policy issues Scope Current compilation practices Data-sources Requirements for.
Country Report : China Science and Technology Statistics in China Gao Changlin Chinese Academy of Science and Technology for Development(CASTED) Ministry.
BR Maintain and Updating in Census Year November 2008 Census Center NBS of China.
Inter-discipline Integration Implications of sustained Development of Architectural Education Presented by Tsung Juang (TJ) Wang Department of Architecture.
The Five Working Groups Faculty Development Scaling-Up Post-Graduate programmes and 1.Research & Development 2.Innovation 3.Industry - Institute Interaction.
Enhancing Data Quality of Distributive Trade Statistics Workshop for African countries on the Implementation of International Recommendations for Distributive.
PRIME MINISTRY REPUBLIC OF TURKEY TURKISH STATISTICAL INSTITUTE TurkStat NATIONAL ACCOUNTS IN TURKEY 1 TurkStat.
Ghana’s Experience in Setting Up a Plan for the Implementation of the 2008 SNA 2 nd Meeting of the Continental Steering Committee Addis Ababa, 2-4 April,
Marketing of High-Technology Products and Innovations Jakki J. Mohr
Data Template and analytical indicators
1 Human resources management in NSOs Training workshop for SADC member states. Luanda, 2-6 Dec 2006 Olav Ljones, Deputy Director General, Statistics Norway.
1- Introduction 2- The Purpose Of The Project 3- Information Society 4-The Framework Of Information Society 5- The Basic Electronic indicators.
Challenges of Higher Education in Cyprus Efstathios Michael Senior Education Officer Department of Higher and Tertiary Education Ministry of education.
Factors affecting contractors’ risk attitudes in construction projects: Case study from China 박병권.
Study of Chinese Seed Project Informationization Shang Shuqi Qingdao Agricultural University Shandong,China Tel
Day 1 Session 2/ Programme Objectives
1 The ICT Statistics of Business Sector in China By Lu Haiqi International Statistical Information Center, National Bureau of Statistics People’s Republic.
ICT business statistics and ICT sector: Uzbekistan’s experience Prepared by Mukhsina Khusanova.
Copyright 2010, The World Bank Group. All Rights Reserved. Construction statistics, part 1 1 Business statistics and registers.
Experiences and Challenges: Review on China’s Agricultural Censuses Xu ZhiQuan Department of Rural Surveys, National Bureau of Statistics.
Scope and method of pilot survey in China Yang kuan kuan Deputy director-general of office on Leading group of the Second National Economic Census under.
SCSC 311 Information Systems: hardware and software.
Essential SNA Project being developed from 2011 to 2013.
Seoul, October 19, 2007 ECO/2007/13/Annex Prof. Won-Ho KIM Hankuk University of Foreign Studies.
A.ABDULLAEV, Director of the Public Fund for Support and Development of Print Media and Information Agencies of Uzbekistan.
CountrySTAT REGIONAL BASIC ADMINISTRATOR TRAINING for ECO MEMBER STATES Ankara, Turkey, October 2013 CountrySTAT STATISTICS COMPONENT (Concepts,
Korea Institute of Science & Technology Dec. 2, 2013 Kiseok Choi A Study on the Improvement of Legal System for Collecting and Registering National R&D.
Identification of national S&T priority areas with respect to the promotion of innovation and economic growth: the case of Russia Alexander Sokolov State.
Development of Urban Statistics & Data Exploitation in China The National Bureau of Statistics of China (NBS) October 2008.
Innovation Division. Innovation Its embedded novelty, providing qualitative increase in the efficiency of processes or products demanded by the market.
Seminar on Developing Programmes for the Implementation of the 2008 SNA & SEEA Ghana’s Presentation By Bernice Serwah Ofosu-Baadu (Head, National Accounts.
Introduction 1. Purpose of the Chapter 2. Institutional arrangements Country Practices 3. Legal framework Country Practices 4. Preliminary conclusions.
Information & CommunicationTechnology (ICT) Division “Telecommunications Policy and Regulatory Research Needs and Outputs” March 4 th 2008 Ministry of.
United Nations Statistics Division Work Programme on Economic Census Vladimir Markhonko, Chief Trade Statistics Branch, UNSD Youlia Antonova, Senior Statistician,
UNCTAD ICT and E-Business Branch 12/5/2015 / 1 ICT Policy and Analysis Unit - ICT and E-Business Branch United Nations Conference on Trade and Development.
A Research of Methodology and Its Application on the Performance Assessments of the Local Governments in China CUI Ping Beijing Municipal Bureau of Statistics.
The FDES revision process: progress so far, state of the art, the way forward United Nations Statistics Division.
Report on the breakout session on Rapid Estimates Roberto Barcellan European Commission - Eurostat.
China ’ s Input-Output Survey and Its Tabulation Method QI Shuchang Dept. of National Accounts, NBS.
Data Mining Concepts and Techniques Course Presentation by Ali A. Ali Department of Information Technology Institute of Graduate Studies and Research Alexandria.
BR : The Challenge on Perfect of Statistical System and Management of State Administration Yang Kuankuan NBS.
ALI SALMAN1 LECTURE - 05 ASST PROF. ENGR ALI SALMAN ceme.nust.edu.pk DEPARTMENT OF ENGINEERING MANAGEMENT COLLEGE OF E & ME, NUST DEPARTMENT.
Development of ICT Statistics - The Experience of Hong Kong, China Census and Statistics Department (C&SD)
Annual GDP Estimates by Production and Income Approaches in China Jin Hong Department of National Accounts-NBS Nov.30, 2009.
The Development of Statistical Business Registers in
CHALLENGES AND IMPLEMENTATION OF KNOWLEDGE BASED ECONOMY IN ESTONIA
Day 1 Session 2/ Programme Objectives
Science, Technology, Technic
Labor Inspection Good Practices in China
Godfred Kwasi Frempong
Strategic Planning Update
UN List of Industrial Products
BR Initiative Improvement in China
THE BAHAMAS COUNTRY PRESENTATION
Alignment of COBIT to Botswana IT Audit Methodology
Framework for Strategic Plans and Annual Performance Plans
Measuring Data Quality and Compilation of Metadata
ECONOMIC and SOCIAL CLASSIFICATIONS Introductory course Day 2 – second afternoon session PRODCOM Marie-Madeleine Fuger INSEE – France Hans Van Hooff CBS.
Legal framework of territorial classifications and typologies for European statistics – state of play NUAC meeting, Brussels June 2015 Gorja Bartsch.
A SUMMARY NOTE ON REVISED GDP ESTIMATES
Establishment and Maintenance of China Business register
ESTP COURSE ON ECONOMIC AND SOCIAL CLASSIFICATIONS Introductory course Day 2 – second afternoon session PRODCOM Marie-Madeleine Fuger INSEE – France.
Zsófia Ercsey - KSH – Hungary Marie-Madeleine Fuger - INSEE – France
European Conference on Quality in Official Statistics
United Nations Statistics Division
Country Report of the Statistical Center of Iran for Workshop on Integrated Economic Statistics and Informal Sector for ECO Member Countries November.
Labor Inspection Good Practices in China
Zsófia Ercsey - KSH – Hungary Marie-Madeleine Fuger - INSEE – France
Presentation transcript:

A Research on the Statistic System of Hi-tech Service Industry Shi Qingyan Research Institute of Statistics Sciences, NBS Tel: (010)

Agenda  Background of the Research  The Implication of Hi-tech Service Industry  A Basic Classification of Hi-tech Service Industry  Establishing Statistic System of Hi-tech Service Industries in China

1. Background of the Research Hi-tech industrialization, instead of ceasing to develop upon the formation of hi-tech manufacturing industry, has made a rapid expansion into the service sectors. The current statistic system in China, does not reflect this development trend of hi-tech industry. At present, the relatively sound and complete part in the statistic system is the statistics on the hi-tech manufacturing, Using hi-tech manufacturing industry-related indicators alone is far from enough in fully reflecting the trend of the hi-tech industrialization.

1. Background of the Research Take Beijing as an example By 2006, the added values of the service industry had already made up 70.9% of the total production values in Beijing. Meanwhile, hi-tech manufacturing industry saw a decline in terms of its proportion in the same period.

1. Background of the Research The figure indicates that the current statistic system can no longer give a full reflection of the economic development and the ever-changing trend of the structure of the industries. It is imperative that statistics reflecting the trend of the hi-tech industrialization in the service industry should be added into the metropolitan statistic system.

2. The Implication of Hi-tech Service Industry Definition of Hi-tech Industries Hi-tech service industries refer to those service industries that use networks and information technology, biological technology, as well as use other high and new technologies, as their basis to serve the economy and society, other industries and citizens, and provide high quality and hi-tech intensive and high added value services.

2. The Implication of Hi-tech Service Industry Service functions of hi-tech service industry mainly include: (1) Providing new forms of information services Realizing information collection, storage, processing, transmission, through the utilization of information technology,computer and networks. (2) Providing new types of technical services. For example, the computer system service industry, data processing and computer maintenance and repair industry, etc, which are based upon IT and telecommunication technologies, can offer direct assistance in creating social foundations for promoting the computer technology and applications, as well as facilitating further development in this regard.

2. The Implication of Hi-tech Service Industry Service functions of hi-tech service industry mainly include (continued) (3) Providing professional technical services such as meteorological, seismological services, as well as engineering technical services and engineering designs. (4) Providing services for research and development (R&D).

3. A Basic Classification of Hi-tech Service Industry Basic Principles for the Statistic Classification of Hi-tech Service Industry Defining the hi-tech service industries on the basis of core business activities and core assets Information, networking technologies and network-based business activities are widely seen in the service industry, leading to a hazy demarcation line between the hi-tech service industry and the conventional service industry Two aspects should be considered in classification: (1) what are the core business activities of the industry? (2) What are its core assets?

3. A General Classification of Hi-tech Service Industry Basic Principles for the Statistic Classification of Hi-tech Service Industry (continued) The integrality of Industry as a classification criterion Take the telecommunication industry as an example, it can be divided into fixed line telecommunication and mobile telecommunication services respectively. Yet although hi-tech components contained in them vary to some degree, hi-tech are integrated into both of them and they are bothon the baisi of high technologies. So, they are both be included in hi-tech service industry.

3. A General Classification of Hi-tech Service Industry Basic Principles for the Statistic Classification of Hi-tech Service Industry (continued) Defining hi-tech service industries under the framework of current industrial classification standards The current industrial classification gives a full reflection of the structure of the economy. As a general statistic outline, the industrial classification standards provide a unified set of classification standards to the economic statistics. Only when hi- tech service industry as a specific newly emerged service industry is defined under the framework of current industrial classification standards can we pave a smooth path for the implementation of the hi-tech service industrial statistics.

3. A General Classification of Hi-tech Service Industry Basic classification of Hi-tech Service Industries in China According to above implications and criteria described above, we can find that hi-tech service industries can be divided into 11 categories, whose relationships with the current industrial classifications are presented in Table below

Hi-tech service industries in relationships with current industrial classification

Hi-tech service industries in relationships with current industrial classification(continued)

4. Establishing Statistic System of Hi-tech Service Industries in China Current Situations of Statistics of Hi-tech Service Industry It was not until after the first tertiary industries census conducted in China in 1992 that some relatively complete data about service industries were obtained. In 2002, aimed to keep pace with the social and economic development, National Bureau of Statistics revised its industrial classification standards. The first economic census conducted in 2004, which was implemented under the 2002 industrial classification standards, made it possible that some detailed data can be obtained for hi-tech service industry in China.

4. Establishing Statistic System of Hi-tech Service Industries in China Current Situations of Statistics of Hi-tech Service Industry (Continued) There are some flaws in the statistic system of the service industry in China, which makes it unable to satisfy the needs of statistics of the hi-tech industry. (1) there exist enormous differences between methodologies of annual regular statistics and economic census. In census years, the detailed information for most of enterprises of hi-tech service industries can be available. But in non-census years, statistics for some classifications of hi- tech service such as “ computer system service ”, “ data process ”, “ engineering technology service ” etc. are almost in blank. (2) Whether in the economic census or in annual regular statistics, no any information for R&D and innovation for service industries can be obtained. Because of the technology-intensive nature of hi-tech industry, R&D and innovation statistics should be the important contents that characterize hi-tech service industries, and as a matter of course, they should also be included into statistics.

4. Establishing Statistic System of Hi-tech Service Industries in China Two aspects should be included to establish the statistic system of hi-tech service industries in China The first aspect relates to statistical techniques, which includes definition and classification standards of hi-tech industries, statistic objects, scope of statistics, and design of indicators. Another aspect is to establish institutions for hi-tech industry statistics, which includes establishing organizations for hi-tech industry statistics. According to the principle of combining both the comprehensive statistics and departmental statistics, it is suggested that relevant departments should undertake the yet-to-be accomplished statistics of hi- tech industries such as “ computer system service ”, “ data process ”, “ engineering technology service ” etc. under the regulations regarding the statistics of service industries.

Thank you!