SMART LOGISTICS COMPANY SYSTEM STRUCTURE

SMART logistics company system - of SMART LCS, based on the philosophy of advanced process control, allows for comprehensive coordination company processes and flows. The main structure of the of SMART PLS attributes is to create a comprehensive, multi-level, enterprise logistics system, with some degree of intelligence, to accept the results of the latest research and development in the form of SMART production technology and logistics, application of the principles of technological Logistics (TL). Logistic model company model is understood as a system of another company, the transition flows of materials, energy, information, finance, which are implemented chain activities and operations

SMART LOGISTICS COMPANY SYSTEM STRUCTURE

SMART logistics company system - of SMART LCS, based on the philosophy of advanced process control, allows for comprehensive coordination company processes and flows. The main structure of the of SMART PLS attributes is to create a comprehensive, multi-level, enterprise logistics system, with some degree of intelligence, to accept the results of the latest research and development in the form of SMART production technology and logistics, application of the principles of technological Logistics (TL). Logistic model company model is understood as a system of another company, the transition flows of materials, energy, information, finance, which are implemented chain activities and operations

Proactive approach to smart maintenance and logistics as a auxiliary and service processes in a company

The article describes a proactive approach to smart maintenance and smart logistics. It presents the areas through which all companies must pass. For its successful implementation it is necessary to introduce appropriate management practices also into the area of maintenance. Irrespective of the level of maintenance work in a particular organization, gradual development of maintenance management is needed. The goal is excellent quality of equipment maintenance. The logistics of tomorrow will be supported, to a high extent, by logistics assistance systems. The logistics world is changing - key terms such as Smart Logistics, digitization of the supply chain or Industry 4.0 are widely discussed and already mega trends

Proactive approach to smart maintenance and logistics as a auxiliary and service processes in a company

The article describes a proactive approach to smart maintenance and smart logistics. It presents the areas through which all companies must pass. For its successful implementation it is necessary to introduce appropriate management practices also into the area of maintenance. Irrespective of the level of maintenance work in a particular organization, gradual development of maintenance management is needed. The goal is excellent quality of equipment maintenance. The logistics of tomorrow will be supported, to a high extent, by logistics assistance systems. The logistics world is changing - key terms such as Smart Logistics, digitization of the supply chain or Industry 4.0 are widely discussed and already mega trends

Smart logistics

This lecture focuses on Smart Logistics referring to these intelligent managerial decisions related to the design, operations and control of the transportation chain processes in an efficient and cost-effective way. The starting point for Smart Logistics is the key observation that the real-life world is stochastic and changing over time. Any logistics decision ignoring these aspects is bound to be sub-optimal once realized. Due to these real-life complexities, coping with time-dependent and stochastic environments is a difficult problem in Freight Transport & Logistics. Rather than focusing on idealized logistics problems in the transportation chain, I will focus on different real-life variants of these challenging problems. In this lecture, I will outline and discuss three main research themes on which I will focus in my chair on Freight Transport & Logistics

Logistik Perkotaan Pintar di Provinsi DKI Jakarta: Sebuah Pendekatan Causal Loop Diagram

Well-managed logistics activities will support the economic sustainability of a region. There are three important elements that need to be improved to create an efficient and efficient flow of goods distribution in urban areas, namely transportation facilities, actors, and other matters related to the urban context. At the same time, these elements must also be synergized with local government policies involving economic, transportation, infrastructure and environmental issues. This research will develop Smart Urban Logistics in DKI Jakarta, as the area with the highest congestion. The purpose of this study is to recommend a smart urban logistics model in the supply chain of goods in DKI Jakarta and to develop a smart urban system policy scenario in DKI Jakarta. Meanwhile, the urgency of this research is to contribute to increasing the mobility of goods and values. This research also has implications for sustainable mobility/mobility in the supply chain of goods in DKI Jakarta Province. In this study, the Causal Loop Diagram (CLD) approach was used to answer the research objectives. CLD helps understand what to do and where to start a system, which in this study is smart goods logistics. Although the Causal Loop Diagram (CLD) approach has helped to determine the identification, further research is needed to simulate a system similar to the actual system

Dynamic Logistics Enabled by IoT

The implementation of Internet of Things technology is becoming increasingly popular in the logistics industry due to its promise of valuable payoffs. The benefits will span across the entire logistics value chain, and benefits from IoT implementation will also impact areas such as operational efficiency, safety, security, and customer experience, while redesigning traditional business models. This report specifically focuses on creating a dynamic logistics system using the Internet of Things. The findings of this report focus on the associated cost savings between traditional logistics systems, and a daily dynamic model enabled by IoT technology. By applying IoT to logistics operations we can begin to approach difficult operational and business questions in smart, innovative ways. Optimizing how people, systems, and assets work together through the implementation of IoT will further redefine business processes and ultimately, advanced analytics will be applied to the entire value chain to identify wider improvement opportunities and best practices