Abstract
We are interested in establishment of research methodology of serviceology.
We use “service” in its widest meaning and define “X service” as a provision and utilization of X, where X is something or some system.
This paper describes a constructive methodology to design new service systems. We have been working on formalizing the process of design and synthesis, or constructive science, as FNS diagram. It is an infinite loop of generation, interaction (of the system) with the environment, analysis, and scripting (and then back to generation). Service in its narrow sense corresponds to generation and interaction parts where a generated system is actually put into service. Service in its wider sense corresponds to the whole FNS loop.
Design is an important part for a good service. We also extend the definition of design to its widest meaning. Then, service becomes an important part of design process. Therefore, service loop and design loop refer to each other. They form a kind of fractal structure composed of such mutual recursive relations between service and design. Service loop as a whole and design loop as a whole are in fact two different views of a synthetic process.
Information technology (IT) plays an important role when we design an innovative service system. As an example, we report our design and implementation of Smart Access Vehicle System in Hakodate.
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Notes
- 1.
Terms “noema” and “noesis” were originally introduced by Husserl. But we follow the use of Bin Kimura [9] here.
- 2.
We first drew a diagram with only three phases and later found that this interaction phase (C1.5) exists and it is the most important one.
- 3.
The designing goal of an architect is durability, convenience, and beauty (Vitruvius—Ten Books on Architecture, around BC30-23).
- 4.
Reading a QR code by an isolated camera does not work. It is useful only on a device with Internet connection such as mobile phones.
- 5.
Figure 6 shows only qualitative tendency. We have to get basic data for Hakodate to estimate the actual values. For this purpose, a group at Future University Hakodate conducted person trip survey in 2013 as a part of a JST RISTEX research project.
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Acknowledgment
The project described in Sect. 6 is partially supported by JST RISTEX research funding as a part of S3FIRE (Service Science, Solutions and Foundation Integrated Research Program).
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Nakashima, H., Fujii, H., Suwa, M. (2014). Designing Methodology for Innovative Service Systems. In: Mochimaru, M., Ueda, K., Takenaka, T. (eds) Serviceology for Services. ICServ 2013. Springer, Tokyo. https://doi.org/10.1007/978-4-431-54816-4_30
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