http://www.upv.es/deioac/Investigacion/revision.pdf

The hybrid flow shop scheduling problem

Review: Review and classification of hybrid flow shop scheduling problems from a production system and a solutions procedure perspective

This work presents a survey of the current state of the art of visualization techniques for parallel coordinates. It covers geometric models for constructing parallel coordinates and reviews methods for creating and understanding visual representations of parallel coordinates. The classification of these methods is based on a taxonomy that was established from the literature and is aimed at guiding researchers to find existing techniques and identifying white spots that require further research. The techniques covered in this survey are further related to an established taxonomy of knowledge-discovery tasks to support users of parallel coordinates in choosing a technique for their problem at hand. Finally, we discuss the challenges in constructing and understanding parallel-coordinates plots and provide some examples from different application domains.

State of the Art of Parallel Coordinates

Recognizing that design is at the core of information systems development has led to a design-science research paradigm where differing kinds of knowledge goals give form to differing kinds of knowledge processes within a single study This paper analyzes knowledge production in design-science research to explain how an endogenous form of pluralism characterizes such studies, making it problematic to associate any design-science study with a single view of knowledge production Instead, a design-science research study exhibits up to four different modes of reasoning, called genres of inquiry These genres are derived from two dualities that contrast differing knowledge goals and differing knowledge scope in the knowledge production process The first duality arises from the sometimes seemingly contradictory knowledge goals of science versus design The second duality reflects the contradiction between the scope of the knowledge produced, which may be idiographic or nomothetic The evolutionary and iterative nature of a design-science study compels different knowledge goals and scope at different moments throughout a project Because of this momentary nature, a single design-science study can be associated with multiple genres of inquiry This understanding of the variety in the genres of inquiry advances the discourse on the nature of design-science research and the justification and evaluation of its outcomes Consequently, a corresponding set of criteria for knowledge justification and evaluation is provided for each genre of inquiry

http://misq.org/skin/frontend/default/misq/pdf/appendices/2015/V39I3Appendices/12583_RE_BaskervilleAppendices.pdf

Genres of inquiry in design-science research: justification and evaluation of knowledge production

Energy enhancement using Multiobjective Ant colony optimization with Double Q learning algorithm for IoT based cognitive radio networks

This paper describes the development of a knowledge management framework for the “new product introduction process” of Motorola. Motorola operates in a very dynamic business with short product cycles, and has a clear need, therefore, to leverage the knowledge available worldwide. After developing a theoretical framework that reflected Motorola’s business processes, a large‐scale survey among workers at different locations in the world was conducted. The survey results were used for the design of a knowledge management framework, which supports sharing of various types of knowledge on different business levels.

Follow the rainbow: a knowledge management framework for new product introduction

A system for generating a user activity feedback comprises a sensor device (101) and a user device (103). The sensor device (101) comprises a force sensor (105, 107) which determines a measured force distribution resulting from a user activity, such as a sporting or exercise activity. A transmitter (109) transmits the measured force distribution to the user device (103) where a receiver (111) receives the measured force distribution. A context data processor (115) provides context data for the user, such as e.g. environment data or activity equipment data. A target processor (117) determines a target force distribution for the user activity in response to the context data and a feedback processor (113) generates the user activity feedback in response to the measured force distribution and the target force distribution.

Generation of user activity feedback

The Internet of Things will enable connectivity for virtually any physical object that potentially offers a message, and will affect every aspect of life and business. This article looks at the concepts and technologies in three application areas that Motorola is contributing to now and in the coming years.

Motorola's Experiences in Designing the Internet of Things

A method and system for facilitating radio frequency (RF) communication between a radio frequency identification (RFID) device (110) and RFID tags (160) is disclosed. The method may include associating one or more RFID tags (160) to one or more containers (720) that comprise a container volume, wherein the RF signal communication between the RFID device and one or more of the RFID tags is at least partially obstructed, and integrating at least one conductive surface (590, 595) into the container volume, wherein if the RFID device is coupled to at least one of the conductive surfaces and energized, the RFID device, the at least one conductive surface and one or more of the RFID tags are capacitively coupled allowing RF signals to be communicated between RFID device and the one or more RFID tags in the container volume without being obstructed.

Method and system for facilitating communication between a radio frequency identification (rfid) device and rfid tags

Analyzing data to find trends, correlations, and stable patterns is an important problem for many industrial applications. We propose a new technique based on parallel coordinates visualization. Previous work on parallel coordinates method has shown that they are effective only when variables that are correlated and/or show similar patterns are displayed adjacently. Although current parallel coordinates tools allow the user to manually rearrange the order of variables, this process is very time-consuming when the number of variables is large. Automated assistance is needed. We propose an edit-distance based technique to rearrange variables so that interesting patterns can be easily detected. Our system, V-Miner, includes both automated methods for visualizing common patterns and a query tool that enables the user to describe specific target patterns to be mined/displayed by the system. Following an overview of the system, a case study is presented to explain how Motorola engineers have used V-Miner to identify significant patterns in their product test and design data.

/pdf/detecting-patterns-of-change-using-enhanced-parallel-n20m62g42r.pdf

Detecting patterns of change using enhanced parallel coordinates visualization

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