Advanced
Internet Information Orientation: The Link to National Competitiveness on Internet
Internet Information Orientation: The Link to National Competitiveness on Internet
KSII Transactions on Internet and Information Systems (TIIS). 2015. Aug, 9(8): 3028-3039
Copyright © 2015, Korean Society For Internet Information
  • Received : August 17, 2015
  • Accepted : August 19, 2015
  • Published : August 31, 2015
Download
PDF
e-PUB
PubReader
PPT
Export by style
Share
Article
Author
Metrics
Cited by
TagCloud
About the Authors
In Kuk Song
Department of Management, Dankook University, Sujil, South Korea.
Mingoo Kang
Division of Information & Telecommunication, Hanshin University, Osan, South Korea.

Abstract
Recently, the web index of Korea peaked at the top 10 among the eighty six countries, and Korea became the only Asian country ranked at the top level. Korea also has been on the top in the field of Internet penetration rate, in terms of both high-speed broadband and wireless Internet. However, such achievements did not guarantee the national level for the effective use of information utilizing Internet. According to OECD, the national informatization index of Korea has not been free from the middle of the OECD countries. Despite of the heightened pressure in practically enhancing effective information use utilizing Internet, the previous research interests and efforts to develop the Internet-related framework or to identify Internet capabilities rarely existed. The study aims to propose the framework, named “Internet Information Orientation” that illustrates the relationship between Internet capabilities and national competitiveness on Internet. The research identified the specific Internet capabilities, reclassified the capabilities based on the research issues provided at the 6 th international conference on Internet held in December 2014, and finally described the rigorous research endeavors on the issues. As a result, 16 papers presented and selected as the outstanding papers at the conference handle issues to be brought together, which include: Wireless Network, Internet of Things, Green Computing, Multimedia Processing, Big Data and Text Mining, Database in Cloud Environment, Business Intelligence, Software Engineering, IT Strategy & Policy, and Social Network Services.
Keywords
1. Introduction
S ince 2000, Organization for Economic Cooperation and Development (OECD) has annually investigated national informatization index and Internet levels, and ranked the corresponding OECD member countries based on the estimation of the indicators and levels. Due to the persistent efforts of Korean governments and industries, Korea has been on the top in the field of Internet penetration rate in terms of both high-speed broadband Internet and wireless Internet. In contrast, Korean national information index has not been free from the middle of the OCED countries. [1]
Meanwhile, the World Wide Web Foundation designed and produced the Web Index. This composite statistic is the first multi-dimensional measure of the World Wide Web’s contribution to development and human rights globally. It targets 86 countries, incorporating indicators that assess four areas, in terms of universal access, freedom and openness, relevant content and empowerment, and covers indicators of economic, social, and political impacts of the Web. In 2013 and 2014, Korea peaked at the top 10 in web index among the countries, and became the only Asian country ranked at the top 10. [2]
PPT Slide
Lager Image
Ranks for Web Index
However, such achievements do not guarantee the national level for the effective use of information utilizing Internet. Practically, Korean governments are facing the heightened pressure in enhancing Internet-related capabilities and in linking them to the indices established by OECD or the World Wide Web Foundation. Unfortunatly, the previous research efforts to develop the Internet-related framework or to identify any type of Internet capabilities rarely existed.
The study aims to propose the framework, named “Internet Information Orientation (IIO)” that links the national level of the Internet capabilities to the national competitiveness on Internet. Other primary purposes of the research include the identification of specific Internet capabilities, the reclassifications of the identified capabilities based on the research issues provided at the 6 th international conference on Internet held in December 2014, and the description of the rigorous research endeavors in those issues.
2. Proposal of Internet Information Orientation
- 2.1 Basic Concepts of Information Orientation
Marchand, Kettinger, and Rolling developed the theory of effective information use, assuming that good information usage behaviors and values drive better information management, that this improves the capabilities of a company to use IT to support decision making and problem solving, that the enhanced company’s capabilities in turn results in good information usage. The central premise behind the theory is that the interaction of technology, information, and people may affect effective information use within a company. [3]
PPT Slide
Lager Image
Spiral of Effective Information Use
In 2001, Marchand et al. presented Information Orientation (IO) , a comprehensive measure of effective use of information to improve business performances, as illustrated in Fig. 3 . They identified three broad concepts of managerial thinking and practices, including information technology, information management, and information behaviors and values.
PPT Slide
Lager Image
Information Orientation Predicting Business Performance
Information technology practices refer to capabilities of a company’s IT resources effectively, which include hardware, software, application system, network, and the technical expertise. Information management practices mean the company’s capabilities to effective of information in support of strategic decision making and tactical problem solving. Information behaviors and values represent the company’s capabilities to install and promote their information usage behaviors. This framework has been used to measure the capabilities for effective use of information and to predict the business performance. [3]
- 2.2 Design of Internet Information Orientation (IIO)
The authors designed a framework that might link the various Internet capabilities to the national competitiveness on Internet. The study applied the concept and composition of Information Orientation introduced by Marchand et al. to the framework, referred to Internet Information Orientation . The Fig. 4 implies that Internet capabilities can be measured in terms of Internet-related IT capabilities, information management capability utilizing Internet, and information behaviors via Internet. While Information Orientation focuses on business performance within a company, Internet Information Orientation emphasizes the national competitiveness on Internet.
PPT Slide
Lager Image
Internet Information Orientation
The study developed three types of Internet capabilities. First capabilities signify the capabilities of a nation to effectively promote Internet-related application and infrastructure. Second capabilities correspond to the capabilities of a nation to manage information in support of strategic decision making and problem solving. The last capabilities are the capabilities of a nation to guide the people toward desirable behavior for their information use via Internet.
In Fig. 5 , “national competitiveness on Internet” was considered in the framework, which can be defined as the set of institutions, policies, and factors regarding Internet that determine the level of productivity of a country. The indicator of the national competitiveness on Internet can be Web index by WWW Foundation or Internet competitiveness index by OECD.
PPT Slide
Lager Image
Potential Internet-related National Competitiveness Index
- 2.3 Identification of Specific Internet Capabilities
As mentioned earlier, the primary part of Internet Information Orientation consists of three main types of Internet capabilities. The study has utilized the compositions of information capabilities introduced by Marchand et al. and broke down into fifteen specific Internet capabilities, as described in Table 1 .
Main and Sub Types of National Internet Capabilities
PPT Slide
Lager Image
Main and Sub Types of National Internet Capabilities
3. Reclassification of Internet Capabilities based on Each Issue
With Korea being a Internet leading country, the ICONI 2014 developed emerging Internet-related issues and invited prospective authors to submit research papers in the following tracks organized by the issues.
  • Track 1: Mobile and Wireless Network
  • Track 2: IoT (Internet of Things) / Machine to Machine
  • Track 3: Green (Energy-efficient) Computing / Smart Grid
  • Track 4: Multimedia Processing
  • Track 5: Big Data / Text Mining
  • Track 6: Database in Cloud Environment
  • Track 7: Business Intellignece
  • Track 8: Software Engineering
  • Track 9: IT Strategy and Policy
  • Track 10: Social Network Services
In addition, this research cited Wikipedia to describe the emerging issues regarding Internet, and linked each issue to the corresponding Internet capabilities, as expressed in Table 2 .
Issue Description and Interent Capaility Links
PPT Slide
Lager Image
Issue Description and Interent Capaility Links
4. Research Contributions
The previously drawn issues bring revised and suggestively extended versions of sixteen papers selected as outstanding research and presented at the 6 th international conference on Internet. The ICONI 2014 was hosted in Taipei, the capital of Taiwan on December 14-16, 2014. To grow into a top global Internet leading country, creative and feasible researches on both technical and managerial issues for Internet capabilities should be conducted and shared, such as the papers listed in Table 3 . [4]
Research Contributions based on Each Track
PPT Slide
Lager Image
Research Contributions based on Each Track
In the track of wireless network, the paper titled “Downlink Signal Measurement Algorithm for WCDMA/HSPA/HSPA+” by Bit-Na Kwon et al. has proposed the algorithm for the performance measurement of the WCDMA/HSPA/HSPA+. In addition, the performance of the measurement algorithm is used to evaluate the generated signal by the WCDMA/HSPA/HSPA+ signal generator. Generally, the algorithm of normal modems cannot be applied to the measurement system because the signal measurement equipment needs to guarantee the high accuracy. [5]
Jun-Ki Hong et al. have analyzed the performance of SPDMA for maximum ratio transmission (MRT) in time division duplexing (TDD) system by proposed dual-polarized MIMO spatial channel model (SCM) compare to conventional SDMA. In their paper entitled “Maximum Ratio Transmission for Space-Polarization Division Multiple Access in Dual-Polarized MIMO System,” simulation results indicate that how SPDMA utilizes the high XPD as the number of MS increases and SPDMA performs very close to conventional SDMA for same number of antenna elements but half size of the array at BS. [6]
The article by Chang-Bin Ha et al. entitled “Adaptive Power Control Using Large Scale Antenna of the Massive MIMO System in the Mobile Communication” introduced the massive MIMO system using large scale antenna. Because it effectively compensates interference signals and noise using large scale antenna, it supports theoretical throughput in according to the number of antenna compared to the conventional MIMO systems. [7]
Hyun-Sik Kim et al. in their paper “Performance Evaluation of a Smart CoAP Gateway for Remote Home Safety Services” have presented a novel and practical solution to provide home safety services which can be realized by the proposed smart CoAP gateway and home safety sensor node. The home safety sensor node was designed to support multiple sensors according to their applications, and the smart CoAP gateway with a border router was designed to support multiple wireless connectivity and use the CoAP to communicate interactively and seamlessly between a low-power wireless personal area network and the Internet. [8]
In the issue of green computing, the article “Adaptive Cloud Offloading of Augmented Reality Applications on Smart Devices for Minimum Energy Consumption” by Jong-Moon Chung et al. has considered mobile computation offloading of MVS AR, taking into account varying network traffic and server conditions. The study analized tradeoffs between computation time, efficiency, and mobile device energy savings. The goal is to determine potential and optimal mobile offloading points under given conditions and priorities that satisfy user quality of experience (QoE) and provide device energy savings. [9]
The next article by Youn-Sung Lee et al. entitled “Single-Phase Energy Metering Chip with Built-in Calibration Function” has made efforts to present a single-phase energy metering chip with built-in calibration function to measure electric power quantities. The entire chip consists of an analog front end, a filter block, a computation engine, a calibration engine, and an external interface block. The key design issues are how to reduce the implementation costs of the computation engine from repeatedly used arithmetic operations and how to simplify calibration procedure and reduce calibration time. [10]
In the area of multimedia processing, the paper titled “A Synchronization Scheme for Hierarchical Video Streams over Heterogeneous Networks” by Yejin Sohn et al. has proposed a synchronization scheme for video streams transported over broadcasting networks and networks based on HTTP, which is the third hybrid delivery service model suggested by MMT. [11]
Wonggi Kim et al. in their paper “An Improved Approach for 3D Hand Pose Estimation Based on a Single Depth Image and Haar Random Forest” have presented an improved approach for tracking and recovering the 3D position and orientation of a human hand using the Kinect sensor. The basic idea of the proposed method is to solve an optimization problem that minimizes the discrepancy in 3D shape between an actual hand observed by Kinect and a hypothesized 3D hand model. [12]
The article by Yongwha Chung et al. entitled “Automated Detection of Cattle Mounting using Side-View Camera” has proposed a “non-attached” method to detect estrus with an audio surveillance system. They applied computer vision techniques to mounting detection for a large-scale farm to further improve the accuracy of estrus detection, and proposed a video surveillance system with a “side-view” camera to detect mounting behavior based on motion analysis techniques. [13]
Yoosin Kim et al. conducted sentiment analysis of Koran eWOM using machine learning models and see usability through performance caparison. The paper “Comparing Machine Learning Classifiers for Movie WOM Opinion Mining” provided the process of machine learning approach for sentiment analysis from NLP of unstructured text data to algorithm validation. [14]
In the track of database in cloud environment, the paper titled “An Efficient Design and Implementation of an MdbULPS in a Cloud-Computing Environment” by Myoungjin Kim et al. has proposed MongoDB-based unstructured log processing system (MdbULPS) in a cloud-computing environment that processes large amounts of log data. The study focuses on handling the log data generated in a bank, among various types of log data. [15]
The next article by Yen-Wen Chen et al. entitled “Study of Data Placement Schemes for SNS Services in Cloud Environment” has proposed a heuristic procedure for SNS data placement to achieve the above objective. The proposed scheme adopts the correlation property to group users information by using k-means clustering and distributes users or data sources among VMs. Two data placement schemes are proposed for both pre-configured VM and dynamic VM situations. [16]
Min-Joon Kim et al. in their paper “A GraphML-based Visualization Framework for Workflow-Performers’ Closeness Centrality Measurements” have proposed a visualization framework focusing on measuring the centralizations of workflow performers, which is one of the key practice indicators to identify the important or prominent performers within a workflow procedure, and can be analyzed by the typical social network analysis technique, centrality. [17]
In the track of software engineering, the paper titled “Agile Adoption in IT Organizations” by Imran Ghani et al. has identified and analyzed the barriers that impact on the performance of IT organizations that use such agile software development methods. The contribution of this analysis is to present guideline related to avoid or overcome the barriers towards adoption of agile. [18]
The paper titled “Estimation of the Demand Function of the Information and Communication Construction Business” by Jeong Ho Kwak et al. has served to estimate quantitatively the demand function in the ICT construction business using empirical data and a statistical model and to present policy implications affecting the development of the ICT construction business, as the infrastructure business of the creative economy. Studies of the demand function in the Korean ICT construction business will provide policy implications as well as valuable insight to promote the ICT construction business. [19]
The final article “Investigating the use of multiple social networking services: A cross-cultural perspective in the United States and Korea” by Hannah Kang et al. has explored the use of multiple SNSs and lay a foundation for further examinations. The study investigated motivations and individual characteristics that are expected to influence multiple SNS usage, examined cross-cultural differences in the patterns of multiple SNS use and users’ characteristics. [20]
5. Conclusion
The study intended to establish the framework, named “Internet Information Orientation” that illustrates the relationship between effective information use utilizing Internet and the potential national competitiveness indices. The research identified various Internet capabilities, the reclassified the identified capabilities based on the research issues proposed at the 6th international conference on Internet, and finally described the rigorous research endeavors in those issues.
As a result, the authors developed the Internet Information Orientation that links information capabilities utilizing Internet to national competitiveness on Internet, such as national informatization index or web index. The framework illustrated three main types of Internet capabilities: Internet technology capability, information management capability via Internet, and information usage behaviors on Internet. Then fifteen specific capabilities were identified and arranged based on ten research issues. Finally, the study introduced 16 outstanding papers that may contribute to enhancing Korea national competitiveness on Internet. Hopefully, the concepts of Internet Information Orientation may provide both practitioners and policy-makers with practical guideline for Internet capabilities in establishing their business strategy and governmental policies regarding Internet.
To get more sophisticated, the proposed framework should be empirically verified and consistently upgraded in near future.
BIO
In Kuk Song is a professor in the Department of Management at Dankook University, Suji, South Korea. He has received a B.S. degree, majoring in Computer Science at University of Tennessee. He was also conferred M.S. and D.S. degrees in the field of Information & System Management at George Washington University. His current research interests include Information Strategy, Big Data, and u-Health Services & Strategy. He also served the ICONI 2014 hosted by the Korean Society of Internet Information, as the publication chair.
MinGoo Kang is a professor in the Division of Information & Telecommunication at Hanshin University, Osan South Korea from 2000. He has received the B.S., M.S., and Ph.D. degrees from Yonsei University, Seoul, Korea all in Electronic Engineering in 1986, 1989 and 1994, respectively. He was a research engineer at Samsung Electronics from 1985 to 1997. His research interests include wireless communication algorithm, mobile devices, and Smart UX for Mobile TV & DTV. He also served the ICONI 2014 hosted by the Korean Society of Internet Information, as the conference chair.
References
OECD www.oecd.org
World Wide Web Foundation http://www.webfoundation.org
Marchand A. , Kettinger J. , Rolling D. 2001 Information Orientation: The Link to Business Performance Oxford University Press New York NY
Song I. 2014 "Emerging Internet Technology & Service toward Korean Government 3.0," KSII Transactions on Internet and Information Systems 8 (2) 540 - 546    DOI : 10.3837/tiis.2014.02.012
Klozar L. , Polak L. , Kaller O. , Prokopec J. “Effect of co-existence interferences on QoS of HSPA/WCDMA mobile networks,” in Proc. of 23th Conference Radioelektronika 2013
Joung H. , Jo H-S. , Mun C. , Yook J-G. 2014 "Capacity loss due to polarization-mismatch and space-correlation on MISO channel," IEEE Transactions on Wireless Communications 13 (4) 2124 - 2136    DOI : 10.1109/TWC.2014.031314.131079
Larsson E. , Edfors O. , Tufvesson F. , Marzetta T. 2014 “Massive MIMO for next generation wireless systems,” IEEE Communications Magazine 52 (2) 186 - 195    DOI : 10.1109/MCOM.2014.6736761
Villaverde B. C. 2014 “Service Discovery Protocols for Constrained Machine-to-Machine Communications,” IEEE Communications Surveys & Tutorials 16 (1) 41 - 60    DOI : 10.1109/SURV.2013.102213.00229
Kumar K. , Lu Y. 2010 “Cloud Computing for Mobile Users: Can Offloading Computation Save Energy?” Computer 43 (4) 51 - 56    DOI : 10.1109/MC.2010.98
Fan Z. , Kulkarni P. , Gormus S. , Efthymiou C. , Kalogridis G. , Sooriyabandara M. , Zhu Z. , Lambotharan S. , Chin W. H. 2013 “Smart grid communications: Overview of research challenges, solutions, and standardization activities,” IEEE Commun. Surveys Tuts. 15 (1) 21 - 38    DOI : 10.1109/SURV.2011.122211.00021
Sohn Y. , Cho M. , Paik J. 2015 “Design of MMT-based Broadcasting System for UHD Video Streaming over Heterogeneous Networks,” Journal of broadcast engineering 20 (1) 16 - 25    DOI : 10.5909/JBE.2015.20.1.16
Shotton J. , Fitzgibbon A. , Cook M. 2013 “Real-time human pose recognition in parts from single depth image,” Communication of the ACM 56 (1) 116 - 124    DOI : 10.1145/2398356.2398381
Chung Y. , Lee J. , Oh S. , Park D. , Chang H. , Kim S. 2013 “Automatic Detection of Cow’s Oestrus in Audio Surveillance System,” Asian-Aus. J. Anim. Sci. 26 1030 - 1037    DOI : 10.5713/ajas.2012.12628
Kim Y. , Jeong S. R. , Ghani I. 2014 “Text Opinion Mining to Analyze News for Stock Market Prediction,” Int. J. Adv. Soft Comput. Its Appl. http://home.ijasca.com/data/documents/Paper-ID-424-IJASCA_Formated.pdf 6 (1)
Chen M. , Mao S. , Liu Y. 2014 “Big data: A survey,” Mobile Networks and Applications 19 (2) 171 - 209    DOI : 10.1007/s11036-013-0489-0
Caton S. , Haas C. , Chard K. , Bubendorfer K. , Rana O. 2014 “A Social Compute Cloud: Allocating and Sharing Infrastructure Resources via Social Networks,” IEEE Transactions on Services Computing 7 (3) 359 - 372    DOI : 10.1109/TSC.2014.2303091
Poelmans S. , Reijers A. , Recker J. 2013 “Investigating the Success of Operational Business Process Management Systems,” Information Technology and Management 14 (4) 295 - 314    DOI : 10.1007/s10799-013-0167-8
Thakur S. , Kaur A. 2013 Role of Agile Methodology in Software Development.
Lee C. 2014 “The prospect of the electrical construction business’s second half of,” Electric Industry Briefing
Chang T. , Hsiao W. 2014 “Time Spent on Social Networking Sites: Understanding User Behavior and Social Capital,” Systems Research and Behavioral Science 31 (1) 102 - 114    DOI : 10.1002/sres.2169