We present an innovative wireless embedded system for logistic applications: it is a prototype of a portable appliance to manage operations in production activity. The system is based on a wearable device which is able to read products codes and allows the system to guide users through the different phases of warehouse's everyday life; by means of wireless IEEE 802.15.4 standard – on the ISM 2.4 GHz band – the system can transfer data, service and control messages and commands to and from its coupled management server.Moreover by an ad-hoc procedure based on a Weighted Minimum Mean Square Error (W-MMSE) localization algorithm, the system is able to localize users within a typical logistic scenario. The system is addressed to retail markets, pharmacies, porterage and logistic activities thus allowing the user to work more efficiently and employing mobile a more ergonomic terminal: from intensive picking to packing, from load of goods from lines to lists and warehouse checks.
EmbTrack: A Wearable IEEE 802.15.4 Tracking System for Logistics / Bonizzi, F; Sedoni, L; Sganzerla, D; Manzoli, U; Pavan, Paolo. - ELETTRONICO. - (2007), pp. 2819-2824. (Intervento presentato al convegno 2007 IEEE Wireless Communications and Networking Conference, WCNC 2007 tenutosi a Hong Kong, HK nel 11-15 March 2007) [10.1109/WCNC.2007.523].
EmbTrack: A Wearable IEEE 802.15.4 Tracking System for Logistics
PAVAN, Paolo
2007
Abstract
We present an innovative wireless embedded system for logistic applications: it is a prototype of a portable appliance to manage operations in production activity. The system is based on a wearable device which is able to read products codes and allows the system to guide users through the different phases of warehouse's everyday life; by means of wireless IEEE 802.15.4 standard – on the ISM 2.4 GHz band – the system can transfer data, service and control messages and commands to and from its coupled management server.Moreover by an ad-hoc procedure based on a Weighted Minimum Mean Square Error (W-MMSE) localization algorithm, the system is able to localize users within a typical logistic scenario. The system is addressed to retail markets, pharmacies, porterage and logistic activities thus allowing the user to work more efficiently and employing mobile a more ergonomic terminal: from intensive picking to packing, from load of goods from lines to lists and warehouse checks.
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