Titlebook: Information and Communication Technologies for Agriculture—Theme III: Decision; Dionysis D. Bochtis,Claus Gr?n S?rensen,Panos M. P Book 20

主動(dòng)

tle differences brought by its immersive and interactive features. This comparative study enhances our understanding of how manipulating visual continuity in different media can influence audience engagement, laying the groundwork for further exploration of related cinematic practices across traditi

考古學(xué)

Agricultural Information Modeln designed following a layered and modular approach and is realized as a suite of ontologies implemented in line with best practices, reusing existing standards and well-scoped models as much as possible and establishing alignments between them to enable their interoperability and the integration of

CUB

Development of a Framework for Implementing ΙoΤ-Α on the Beef Cattle Value Chainain model are described, and important topics related to the implementation are discussed. The methodology used and the analysis conducted can be applied to other agricultural value chains. This work sets the ground requirements for the future development of a framework for Smart Beef Cattle Service

HILAR

Indecisive

From Precision Agriculture to Agriculture 4.0: Integrating ICT in Farmingdering itself a game changer for the ICT realization. This chapter focuses on prerequisites for the fourth agricultural revolution, namely Agriculture 4.0. It briefly describes the main Agricultural 4.0 components, as a means of giving an overview of this field in conjunction with the potential bene

Entropion

語言學(xué)

CAMEO

A Weed Control Unmanned Ground Vehicle Prototype for Precision Farming Activities: The Case of Red Rthe harsh terrain, via using a slope and a height control automation system, in order to retain the rod mechanism’s height at a certain level and horizontally aligned to the terrain so as to affect only the red rice plants. The method can be applied after the end of the growing season as red rice pl

Constant

Decision-Making and Decision Support System for a Successful Weed Managementshould be estimated in order to optimize decision-making process. Moreover, a better understanding of seed production and weed seedbank dynamics into the soil would help experts develop DSSs able to provide management strategies also in the long-term period. However, these objectives are quite compl

neuron

Zephyrus: Grain Aeration Strategy Based on the Prediction of Temperature and Moisture Frontsfor cooling 0.42?t of grain was 0.06?kWh t.?°C. (0.30?kWh?t.). The proposed control strategy was also compared with two other controllers by using simulation procedures. Results showed that Zephyrus was more efficient to achieve grain cooling for 56% of the simulated scenarios. When considering the