Design and Implementation of Portable Agricultural Product Holographic Market Information Collection Terminal

Abstract:

This paper developed a Portable Agricultural Product Holographic Market Information Collection Terminal (APIC) which collected the holographic market information of agro-products, to address the issues such as undeveloped agricultural information collecting method, nonstandard collection criteria,imperfect classification and coding, as well as the lack of information collection device etc.. In the APIC system, there are two industrial standards on agro- product information collection embedded technology, and GPS positioning, integrated together with the general packet radio service(GPRS) and 3G mobile communications technology, making use of component development technology and embedded development technology, in order to achieve the standardization of data collection, instant transmission, and intelligent processing, and eventually to enhance the ability of integrated perception, decision-making and control in terms of monitoring and early warning of agro-products market price.

• Periodical: Advanced Materials Research (Volume 628)
• Pages: 359-366
• DOI: https://doi.org/10.4028/www.scientific.net/AMR.628.359
• Online since: December 2012
• Authors: Shi Wei Xu, Fan Tao Kong, Zhe Min Li, Zhi Qiang Li, Yong En Zhang, Ying Lv, Zhi Wu Tian, Dong Jie Wang, Hai Peng Yu
• Keywords: APIC, Classification, Coding, Embedded Technology, GPS Positioning, Standards of Information Collection

References

[1] Long Taihai. Design and Implementation of the portable intelligent terminal system. Shenyang Ligong University. (2009).

[2] Wang Zhe, Yin You, Zhang Shi—ming. Design and Realization of the Hand—hold Terminal Based on GLS／GPRS／GPS Remote Monitoring System. Journa1 of Lanzhou Jiaotong University, VoI. 28 No. 3 (2009) 79-82.

[3] LiuHuali, WANGTao, XUWen. Study on application of portable data collection and bar code technology for management of panel warehouse. China Wood-Based Panels, 12 (2005) 23-26.

[4] LIU Ping-zeng, BI Shu-sheng, LIANG Yong, et. al. Design and implementation of Intelligent Terminal for Livestock Breeding Environment. Computer Engineering, vol. 35, No. 19 (2009) 20-22.

[5] Zhang shirui, zheng wengang, et. al. Agricultural products price information collection terminal of embedded protable wireless. Computer engineering and design. Vol. 33, No. 2 (2002) 514-518.

[6] Wang lin, Shang zhou, Wang xuewei. The development and application of the data acquisition system. Electrical measurement &instrumentation. Vol41, No. 464 (2004) 4-8.

[7] Sun Jian, Li Dong, Zhang Lei-sheng, et. al. The Application of Wireless Network and Mobile Intelligent Terminal in Operation Examination. microcomputer information, Journal of information, 24 (2005) 145-146.

[8] Hu shun-an, Wang shu-mao. The intelligent system of Wireless Signal Sampling for Agriculture. MACHINERY, 32 (2005) 25-26.

[9] Xu Shi-wei, zhang yongen, et. al. Research on Standard and Classification Coding System of Holographic Information of Agricultural Products Market, Food and Nutrition in China, 17 (2011) 5-8.

[10] Standards of agri-product holographic-market –information collection NY/T2138-2012. China Agriculture Pressc. 21 (2012).

[11] Classification and computer coding of agri-product market information NY/T2137-2012. China Agriculture Press. 21 (2012).

[12] Andrew W. Shepherd, Market information services–Theory and Practice. FAO agricultural services bulletin, 125 (1997).

[13] Department of Economic and Social Affairs，Statistics Division. Detailed structure and correspondences of CPC（Ver. 2）subclasses to ISIC（Rev. 4）and HS. (2007).

[14] World Customs Organization (WCO). The Harmonization Code System (HS-Code) (2007).