D3.1 Design and Solution Development report

E.J. Bianco Martinez; X. Guo; S.L. van Leeuwen; J.C.M.A. Snels; S.O. Tromp; E.J. Woltering; A. Bhoraskar; G. Zomer; P. Hoenderken

D3.1 Design and Solution Development report

E.J. Bianco Martinez, X. Guo, S.L. van Leeuwen, J.C.M.A. Snels (Editor), S.O. Tromp, E.J. Woltering, A. Bhoraskar, G. Zomer, P. Hoenderken

Research output: Book/Report › Report › Professional

Abstract

The key objective of the overall project ‘Quality Controlled Logistics in IoT-enabled Perishable Supply Chains’ is to integrate IoT into logistics decision making leading to the research objective ‘to explore the potentials and applicability of IoT technologies in enabling dynamic and integrated quality-controlled logistics in the postharvest perishable produce chain’. This report reflects the results of Work Package 3 of the project in which the ‘design and development’ of the concept of Quality Controlled Logistics in IoT-enabled Perishable Supply Chains is described on two levels. The first, or higher, level focusses on the describing the design and solution of ‘what should be in place / is needed to make the concept of Quality Controlled Logistics in IoT-enabled Perishable Supply Chains work in the longer term’.

Original language	English
Publisher	TNO
Publication status	Published - 2021

Publication series

Name	TNO report
No.	TNO 2021 P10836

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Cite this

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title = "D3.1 Design and Solution Development report",

abstract = "The key objective of the overall project {\textquoteleft}Quality Controlled Logistics in IoT-enabled Perishable Supply Chains{\textquoteright} is to integrate IoT into logistics decision making leading to the research objective {\textquoteleft}to explore the potentials and applicability of IoT technologies in enabling dynamic and integrated quality-controlled logistics in the postharvest perishable produce chain{\textquoteright}. This report reflects the results of Work Package 3 of the project in which the {\textquoteleft}design and development{\textquoteright} of the concept of Quality Controlled Logistics in IoT-enabled Perishable Supply Chains is described on two levels. The first, or higher, level focusses on the describing the design and solution of {\textquoteleft}what should be in place / is needed to make the concept of Quality Controlled Logistics in IoT-enabled Perishable Supply Chains work in the longer term{\textquoteright}.",

author = "{Bianco Martinez}, E.J. and X. Guo and {van Leeuwen}, S.L. and S.O. Tromp and E.J. Woltering and A. Bhoraskar and G. Zomer and P. Hoenderken",

editor = "J.C.M.A. Snels",

year = "2021",

language = "English",

series = "TNO report",

publisher = "TNO",

number = "TNO 2021 P10836",

address = "Netherlands",

}

TY - BOOK

T1 - D3.1 Design and Solution Development report

AU - Bianco Martinez, E.J.

AU - Guo, X.

AU - van Leeuwen, S.L.

AU - Tromp, S.O.

AU - Woltering, E.J.

AU - Bhoraskar, A.

AU - Zomer, G.

AU - Hoenderken, P.

A2 - Snels, J.C.M.A.

PY - 2021

Y1 - 2021

N2 - The key objective of the overall project ‘Quality Controlled Logistics in IoT-enabled Perishable Supply Chains’ is to integrate IoT into logistics decision making leading to the research objective ‘to explore the potentials and applicability of IoT technologies in enabling dynamic and integrated quality-controlled logistics in the postharvest perishable produce chain’. This report reflects the results of Work Package 3 of the project in which the ‘design and development’ of the concept of Quality Controlled Logistics in IoT-enabled Perishable Supply Chains is described on two levels. The first, or higher, level focusses on the describing the design and solution of ‘what should be in place / is needed to make the concept of Quality Controlled Logistics in IoT-enabled Perishable Supply Chains work in the longer term’.

AB - The key objective of the overall project ‘Quality Controlled Logistics in IoT-enabled Perishable Supply Chains’ is to integrate IoT into logistics decision making leading to the research objective ‘to explore the potentials and applicability of IoT technologies in enabling dynamic and integrated quality-controlled logistics in the postharvest perishable produce chain’. This report reflects the results of Work Package 3 of the project in which the ‘design and development’ of the concept of Quality Controlled Logistics in IoT-enabled Perishable Supply Chains is described on two levels. The first, or higher, level focusses on the describing the design and solution of ‘what should be in place / is needed to make the concept of Quality Controlled Logistics in IoT-enabled Perishable Supply Chains work in the longer term’.

D3.1 Design and Solution Development report

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