Influence of the environmental impact of logistics operations on the centralization strategy

Enclosing rail capacity/punctuality in accessibility measures: a two-step approach by using Data Envelopment Analysis and Analytic Hierarchy Process

“…The adopted movement monitoring system [26] is composed of three layers: (1) a Pebble smartwatch [27], which contains a tri-axis accelerometer and Bluetooth 4.0, for recording the user's arm movement data; (2) an Android smartphone for receiving data from Pebble and sending them to remote server after integrated with data collected from the GPS sensor and accelerometer inside the smartphone; (3) a NoSQL data search and analytic engine [28] on remote server for data storage and analysis. The structure of the collected data is as shown in Table I.…”

“…All the data collected from the smartwatch and smartphone are integrated in the smartphone and then uploaded to remote server through Internet. On the remote server, Elasticsearch [28], is used to manage the data received from the smartphone. The THREATS project aims to increase the resilience of EU hospitals as a critical infrastructure, by improving their protection capability and security awareness against terrorist attacks.…”

“…The challenges imposed by the new generation of SCs [24,25,26,27] advocate for more realistic models to analyze the growing complexity of those structures. In the IRI context, it would be of benefit to assess the impact of errors in SCs characterized by more than one member in the same echelon of the chain, such as arborescent SCs [4,28].…”

“…Historically, the variable used to study the behavior of the failure rate has been time [1], so it has been detected a gap in the literature regarding models that consider the impact of other variables that characterize the operational differences between equipments [28]. Specifically, this study focuses on a methodology to study the relationship between the energy consumption of a system and the failure rate of the components.…”

“…A literature review of the last 30 years researches on material handling equipment selection has identified 27 articles on this subject: Bookbinder and Gervais [3], Chakraborty and Banik [4], Chan, Ip and Lau [5], Cho and Egbelu [6], Chu, Egbelu and Wu [7], Fisher, Farber and Kay [8], Fonseca, Uppal and Greene [9], Gabbert and Brown [10], Hassan [11], Hassan [12], Hassan, Hogg and Smith [13], Kim and Eom [14], Kulak [15], Malmborg, Krishnakumar, Simons and Agee [16], Maniya and Bhatt [17], Matson, Mellichamph and Swaminathan [18], Mirhosseyni and Webb [19], Onut, Kara and Mert [20], Park [21], Raman, Nagalingam, Gurd and Lin [22], Sharp, et al [23], Telek [24], Trevino, Hurley, Clincy and Jang [25], Tuzkaya, Gülsün, Kahraman and Özgen [26], Velury and Kennedy [27], Welgama and Gibson [28], and Yaman [29].…”