Smart Logistics represent technologies that enable fuel reduction and energy efficiency through better route and load planning. Within this context, location-based services (LBS) are an enabler for Smart Logistics by bringing location information to existing mobile applications. For instance, this creates a great deal of value-added, personalized services aimed at meeting enterprise as well as user demands for improved safety and efficiency.
This thesis should examine the economic feasibility of future implementations of LBS in the European logistics industry, especially for on-road transportation services. Furthermore, the ongoing evolution of mobile communication standards (4G, LTE) along with the IP Multimedia Subsystem (IMS) surely boost the realization of yet unexploited opportunities in the logistics industry: cost-effective and smart tracking systems with global reach tailored at specific (logistical) needs may serve as example.
In fact, this could benefit not only the direct parties involved (logistics providers and their customers), but also other stakeholders like communities in terms of a reduced environmental impact, etc. The IMS, an architectural framework for the delivery of IP multimedia services, is capable to offer real-time LBS to foster the transition to Smart Logistics.
From this point of view, the technological readiness of telecom operators as service providers plays an important role while assessing the economic feasibility of LBS in the logistics industry. Here, the term economic feasibility refers to savings (e.g. fuel savings over implementation costs) derived from the usage and maintenance of devices supporting LBS within the IMS architectural framework.
The thesis takes these aspects into consideration in order to evaluate advantages, drawbacks and risks derived from the provision of LBS.
Table of Contents
1 Introduction
1.1 Thesis Structure
1.2 Background Information
2 LBS and Smart Logistics
2.1 Motivation within the Logistics Industry
2.2 Motivations for Telco Operators and LBS Providers
2.2.1 Understanding the Context
2.2.2 IMS: The Enabling Architectural Framework
3 The Role of ICT in Favour of Smart Logistics
3.1 Current Challenges and Key Drivers in the Logistics Industry
3.2 Smart Logistics based on ICT
4 Towards Smart Logistics: the LBS Approach Based on IMS
4.1 How it Works: The Logistics Provider’s Perspective
4.2 Implications for Telecom Operators and LBS Providers
4.2.1 Intelligent Network (IN) Limitations
4.2.2 Issues on Private Data Security
4.2.3 LBS Based on IMS: Implementation Requirements
4.3 LBS based on IMS: SWOT Analysis
5 Conclusion
Objectives and Core Topics
This thesis examines the economic feasibility of integrating Location-based Services (LBS) into the European logistics industry using the IP Multimedia Subsystem (IMS) architecture, aiming to optimize transport efficiency, reduce fuel consumption, and lower greenhouse gas emissions.
- Economic viability of LBS implementation in logistics.
- Technical role of the IP Multimedia Subsystem (IMS) as an enabling framework.
- Logistics optimization through route planning and fleet management.
- Stakeholder analysis for telecom operators and logistics providers.
- Sustainability impacts and environmental benefits of ICT-enabled logistics.
Excerpt from the Book
4.1 How it Works: The Logistics Provider’s Perspective
The logistics provider (LP), represented in Fig. 9 as the LBS customer, closes a contract with an operator regarding the delivery of corporate (telecom) services based on IMS. This can be regarded as a (standard) subscription as they are offered nowadays: VPN product bundles are just an example of services aimed at replacing landline connections and thus reducing communication costs within an organization. The LP pays a monthly fee (flat rate) according to the connected devices/users or other reasonable measure (data volume for example).
In addition, LP may purchase any LBS application or logistics-related software offered in the Internet allowing real-time data updates. Consequently, LP are able to ‘feed’ the LBS application with records on planned delivery date and time, etc. (represented by the dotted green lines). What is more, data input from other LBS customers (not affine to logistics) or logistics end-customers is also possible (e.g. the LP’s B2B and B2C segment, respectively).
Summary of Chapters
1 Introduction: Provides an overview of the thesis objectives, focusing on the economic feasibility of LBS in road freight and the role of IMS as an enabling architectural framework.
2 LBS and Smart Logistics: Examines the motivations for implementing smart logistics, analyzing the needs of both the logistics industry and telecom operators regarding technology-driven efficiencies.
3 The Role of ICT in Favour of Smart Logistics: Discusses current industry challenges and drivers, highlighting how ubiquitous technologies and intelligent telematics improve transport and warehousing efficiency.
4 Towards Smart Logistics: the LBS Approach Based on IMS: Details the practical application of LBS within the IMS architecture, covering stakeholder perspectives, technical limitations, security requirements, and a SWOT analysis.
5 Conclusion: Summarizes the major findings, emphasizing that the economic benefits and abatement potential of ICT-enabled logistics outweigh initial investment costs if data security is properly addressed.
Keywords
Smart Logistics, Location-based Services, LBS, Logistics Industry, IP Multimedia Subsystem, IMS, Greenhouse Gas Abatement, ICT, Route Optimization, Fleet Management, Economic Feasibility, Sustainable Logistics, Telecommunications, Supply Chain, Data Security
Frequently Asked Questions
What is the core focus of this research paper?
The paper focuses on the economic feasibility of implementing Location-based Services (LBS) within the European logistics industry, specifically leveraging the IP Multimedia Subsystem (IMS) to improve efficiency and reduce environmental impact.
What are the primary thematic areas covered?
The core themes include smart logistics technologies, the transition to all-IP architectures in telecommunications, freight route optimization, and the environmental benefits of reducing carbon emissions through ICT.
What is the main goal or research question?
The goal is to determine if LBS integrated into an IMS framework offers a viable and cost-effective solution for logistics providers to optimize their operations and achieve sustainability targets.
Which scientific methods are employed?
The author utilizes an analytical approach, including an evaluation of existing technological standards, a SWOT analysis of stakeholder roles, and an examination of implementation timelines and economic benchmarks.
What content is discussed in the main chapters?
The main sections cover the motivation for LBS, the role of ICT in logistics, the technical integration of IMS for logistics providers, and a detailed SWOT analysis assessing strengths, weaknesses, opportunities, and risks for different stakeholders.
Which keywords best characterize this work?
Key terms include Smart Logistics, Location-based Services (LBS), IP Multimedia Subsystem (IMS), economic feasibility, logistics efficiency, and GHG abatement.
How does the IMS architecture benefit logistics providers?
IMS provides a standardized, cost-effective, and access-agnostic platform that allows logistics companies to integrate real-time location data into their operations, facilitating better route planning and fleet management.
What is the role of end-customers in this proposed LBS model?
End-customers play an active role by providing real-time availability information for deliveries, which reduces failed delivery attempts and unnecessary logistical costs for the provider.
What role does the SWOT analysis play in the thesis?
The SWOT analysis provides a structured evaluation framework to complement the technical arguments, mapping the risks and benefits for logistics providers, telecom operators, and society.
Why is data security a critical factor in this proposal?
Data security is identified as a primary risk factor; without robust, legally clarified data protection, the market acceptance and widespread implementation of LBS could be significantly hindered.
- Quote paper
- Omar Amoretti (Author), 2012, Towards Smart Logistics: The Economic Viability of Location-based Services based on IMS in the Logistics Industry, Munich, GRIN Verlag, https://www.hausarbeiten.de/document/230838
