Industrial Network Ebook – plc4me.com https://plc4me.com Free - Fast - Easy For Automation ^^ Fri, 24 Apr 2020 12:41:34 +0000 en-US hourly 1 https://wordpress.org/?v=6.8.2 https://plc4me.com/wp-content/uploads/2019/05/cropped-high-resolution-gear-blue-md-1-32x32.png Industrial Network Ebook – plc4me.com https://plc4me.com 32 32 [PDF] Communications, Industrial Networking and TCPIP by IDC Technologies https://plc4me.com/pdf-communications-industrial-networking-and-tcpip-by-idc-technologies/?utm_source=rss&utm_medium=rss&utm_campaign=pdf-communications-industrial-networking-and-tcpip-by-idc-technologies https://plc4me.com/pdf-communications-industrial-networking-and-tcpip-by-idc-technologies/#respond Sun, 19 Apr 2020 23:03:21 +0000 https://plc4me.com/?p=48542 IDC Technologies specializes in providing high quality state-of-the-art technical training workshops to engineers, scientists and technicians throughout the world. More than 300,000 engineers have attended IDC’s workshops over the past 16 years. Te tremendous success of the technical training workshops is based in part on the enormous investment IDCputs into constant review and updating of […]

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]]> IDC Technologies specializes in providing high quality state-of-the-art technical training workshops to engineers, scientists and technicians throughout the world. More than 300,000 engineers have attended IDC’s workshops over the past 16 years. Te tremendous success of the technical training workshops is based in part on the enormous investment IDC
puts into constant review and updating of the workshops, an unwavering commitment to the highest quality standards and most importantly – enthusiastic, experienced IDC engineers who present the workshops and keep up-to-date with consultancy work.

Te objective of this booklet is to provide today’s engineer with useful technical information and as an aide-memoir when you need to refresh your memory. Tis 5th edition of the Pocket Guide Series has been updated to include new information including Telecommunications, TCP/IP and FieldBus and DeviceNetworks.

Concepts that are important and useful to the engineer, scientist and technician, independent of discipline, are covered in this useful booklet.

Although IDC Technologies was founded in Western Australia in 1986, it now draws engineers from all countries. IDC Technologies currently has ofces in Australia, Canada, Ireland, Malaysia, New Zealand, Singapore, South Africa, UK and USA.

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]]> https://plc4me.com/pdf-communications-industrial-networking-and-tcpip-by-idc-technologies/feed/ 0 [PDF] Fundamentals of Big Data Network Analysis for Research and Industry https://plc4me.com/pdf-fundamentals-of-big-data-network-analysis-for-research-and-industry/?utm_source=rss&utm_medium=rss&utm_campaign=pdf-fundamentals-of-big-data-network-analysis-for-research-and-industry https://plc4me.com/pdf-fundamentals-of-big-data-network-analysis-for-research-and-industry/#respond Sat, 18 Apr 2020 12:38:57 +0000 https://plc4me.com/?p=48535 The concept of the book was first initiated and sponsored by the Future Steel Technology Forum, where future generations of steel researchers gathered to aggregate their knowledge to address the strategic implications of steel technology and product placement across the global trade community. Under the auspices of the Korea Iron and Steel Association, the authors […]

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]]> The concept of the book was first initiated and sponsored by the Future Steel Technology Forum, where future generations of steel researchers gathered to aggregate their knowledge to address the strategic implications of steel technology and product placement across the global trade community. Under the auspices of the Korea Iron and Steel Association, the authors initiated analysis on the steel commodity trade data and the social network relationships among the countries and products of steel currently being traded across the global frontier. From that initiation, the authors
were inspired to provide the general public, industry analysts, and students of data analysis on the methodology of big data analysis using examples of steel product trade relations.

This book is separated into six chapters. Chapter 1 defines big data and how it can be applied to business management for higher productivity and efficiency. Chapter 2 describes the various programs related to big data analysis identifying the pros and cons of the commercially available analysis programs. Chapter 3 deals with network analysis and the basic concepts of the nodes and links related to the structure of social network relations between data. As we reach Chapter 4, details of setting up the research methodology for network analysis, methods of data gathering, and
cleansing of unwarranted and unnecessary data is illustrated. In Chapter 5, the centrality analysis, which include degree of centrality, betweenness centrality, closeness centrality, is described in detail and the cohesive subgroup is presented. With the conclusion in Chapter 6, the property of the network and equivalence between node pairs or data pairs is outlined with emphasis on the connectivity of nodes. The appendix in the back of the book provides detailed examples of the network analysis performed using the NetMiner program on steel research topics from keyword analysis of journals published in Wiley.

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]]> https://plc4me.com/pdf-fundamentals-of-big-data-network-analysis-for-research-and-industry/feed/ 0 [PDF] WirelessHART Filter Design for Industrial Wireless Networked Control Systems https://plc4me.com/pdf-wirelesshart-filter-design-for-industrial-wireless-networked-control-systems/?utm_source=rss&utm_medium=rss&utm_campaign=pdf-wirelesshart-filter-design-for-industrial-wireless-networked-control-systems https://plc4me.com/pdf-wirelesshart-filter-design-for-industrial-wireless-networked-control-systems/#respond Fri, 17 Apr 2020 12:06:13 +0000 https://plc4me.com/?p=48149 Industrial wired communication protocols such as highway addressable remote transducer (HART), Foundation Fieldbus, and process field bus (PROFIBUS) have been in industries for more than 25 years. Recent advances in wireless technology have led to the emergence of international industrial wireless standards such as wireless HART (WirelessHART) and ISA100 Wireless (formerly known as ISA100.11a) that […]

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]]> Industrial wired communication protocols such as highway addressable remote transducer (HART), Foundation Fieldbus, and process field bus (PROFIBUS) have been in industries for more than 25 years. Recent advances in wireless technology have led to the emergence of international industrial wireless standards such as wireless HART (WirelessHART) and ISA100 Wireless (formerly known as ISA100.11a) that are specifically designed for industrial monitoring and control applications. The introduction of these technologies has allowed the process industries to move forward in applying them to solve some of the critical issues associated with the wired protocols such as high operation cost and low installation flexibility. At present, their main application is for monitoring process parameters while several attempts are being made for control. This is mainly because of the two major technical challenges: network induced delays and packet dropout (loss) which contribute significantly to the
degradation of control performance of wireless process plants.

In order to address these issues, model-based approaches using Smith predictor and Kalman filter have been considered. However, they are complex, model-dependent, and not computationally efficient for use in low processing capability microcontroller-based field actuators. In an industrial environment, long battery life is required for these actuators, and the model-based techniques cannot satisfy this requirement.

Therefore, to tackle these two challenges, this book aims to introduce an
advanced dual purpose exponentially weighted moving average (dpEWMA)
filter which is simple, model-independent, and more computationally efficient than traditional filters. The filter can be implemented in any type of microcontroller without severely affecting its energy consumption. In addition, by applying the designed filter, the negative effects of network induced delays as well as packet dropouts on plant control performance are compensated. Being generic is another advantage of the filter; thus it can be applied to address the issues across industrial networked control systems, regardless of communication medium such as wires or wireless. In addition, this book also details the development of WirelessHART hardware-in-the-loop simulator (WH-HILS) that is suitable for use as a scalable validation platform for any wireless control strategies using the industrial WirelessHART technology.

This book will be of particular interest to process control engineers, especially those working towards migrating their plants from a wired to a wireless network. Other possible beneficiaries of the content of this book are researchers and students studying delay and packet dropouts compensation in a wireless networked control environment. This is specifically made easy by the use of
WH-HILS.

With a total of 11 chapters, the book is structured in such a way that
sequential flow is maintained. Thus the readers of the book will find it interesting since each chapter builds on the preceding chapter. For example, Chapters 1 and 2 give the introduction to general wireless technologies and WirelessHART. This includes the recent work being done in both simulation and practical environments. Chapters 3 and 4 discuss the challenges of the uncertain nature of wireless networks including delay and packet dropout and approaches for measurement of these entities. Next, Chapter 5 discusses in detail the essential delay and packet dropout compensation techniques. Furthermore, Chapters 6 and 7 cover the fundamentals of EWMA filters and advanced design of the dpEWMA filter for addressing the negative effects of both delay and packet dropout in wireless networked control systems. The remaining chapters (8, 9, 10) focus on the implementation of the designed filter for both wired and wireless industrial-like control environments and assessing its performance. Finally Chapter 11 presents some interesting directions for
future investigations and continuation of the presented works.

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]]> https://plc4me.com/pdf-wirelesshart-filter-design-for-industrial-wireless-networked-control-systems/feed/ 0 [PDF] Protocols and Architectures for Wireless Sensor Networks https://plc4me.com/pdf-protocols-and-architectures-for-wireless-sensor-networks/?utm_source=rss&utm_medium=rss&utm_campaign=pdf-protocols-and-architectures-for-wireless-sensor-networks https://plc4me.com/pdf-protocols-and-architectures-for-wireless-sensor-networks/#comments Thu, 16 Apr 2020 14:27:49 +0000 https://plc4me.com/?p=46464 Integrating simple processing, storage, sensing, and communication capabilities into small-scale, low-cost devices and joining them into so-called wireless sensor networks opens the door to a plethora of new applications – or so it is commonly believed. It is a struggle to find a business model that can turn the bright visions into a prosperous and […]

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]]> Integrating simple processing, storage, sensing, and communication capabilities into small-scale, low-cost devices and joining them into so-called wireless sensor networks opens the door to a plethora of new applications – or so it is commonly believed. It is a struggle to find a business model that can turn the bright visions into a prosperous and actually useful undertaking. But this struggle can be won by applying creative ideas to the underlying technology, assuming that this
technology and its abilities as well as shortcomings and limitations are properly understood. We have written this book in the hope of fostering this understanding.

Understanding (and presenting) this new type of networks is a formidable challenge. A key characteristic is the need to understand issues from many diverse areas, ranging from low-level aspects of hardware and radio communication to high-level concepts like databases or middleware
and to the very applications themselves. Then, a joint optimization can be attempted, carefully tuning all system components, drawing upon knowledge from disciplines like electrical engineering, computer science and computer engineering, and mathematics. Such a complex optimization is necessary owing to the stringent resource restrictions – in particular, energy – by which these networks are constrained. As a consequence, a simple explanation along the lines of the ISO/OSI model or a similar layering model for communication networks fails. Nonetheless, we have attempted to guide the reader along the lines of such a model and tried to point out the points of interaction and interdependence between such different “layers”.

Audience and Prerequisites

The book is mainly targeted at senior undergraduate or graduate-level students, at academic and industrial researchers working in the field, and also at engineers developing actual solutions for wireless sensor networks. We consider this book as a good basis to teach a class on wireless sensor
networks (e.g. for a lecture corresponding to three European Credit Transfer System points).

This book is not intended as a first textbook on wireless networking. While we do try to introduce most of the required background, it will certainly be helpful for the reader to have some prior knowledge of wireless communication already; some first contact with mobile ad hoc networking
can be beneficial to understand the differences but is not essential. We do, however, assume general networking knowledge as a given.

Moreover, in several parts of the book, some concepts and results from discrete mathematics are used. It will certainly be useful for the reader to have some prior idea regarding optimization problems, NP completeness, and similar topics.

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]]> https://plc4me.com/pdf-protocols-and-architectures-for-wireless-sensor-networks/feed/ 2 [PDF] Planning Guide For Power Distribution Plants design, Implementation and Operation of Industrial Networks https://plc4me.com/pdf-planning-guide-for-power-distribution-plants-design-implementation-and-operation-of-industrial-networks/?utm_source=rss&utm_medium=rss&utm_campaign=pdf-planning-guide-for-power-distribution-plants-design-implementation-and-operation-of-industrial-networks https://plc4me.com/pdf-planning-guide-for-power-distribution-plants-design-implementation-and-operation-of-industrial-networks/#respond Wed, 15 Apr 2020 22:48:41 +0000 https://plc4me.com/?p=46453 Industrial distribution networks must be reliable enough to ensure that the production and process engineering processes they serve can function efficiently, reliably and with the highest possible quality. This is only possible if the planning decisons made for industrial networks meet all the process requirements for power consumption, supply reliability and voltage quality in a […]

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]]> Industrial distribution networks must be reliable enough to ensure that the production and process engineering processes they serve can function efficiently, reliably and with the highest possible quality. This is only possible if the planning decisons made for industrial networks meet all the process requirements for power consumption, supply reliability and voltage quality in a technically optimum and efficient way. Because
of their complexity and their far-reaching implications for the supply quality and energy efficiency, planning decisions made in the design, dimensioning and operation of networks must be reached in a particularly responsible and judicious way. This is crucial as the true technical risks are often concealed by the complexity of the planning task at hand. If cost-saving potential is also to be exploited, technical risks can only be avoided with competent planning solutions, that is, using the available process expertise and knowledge of the industry technology, technical knowledge about networks and plants, in-depth product knowledge and sound knowledge of the applicable standards and specifications.

With this aim in mind, this guide attempts to convey the solution competence gained in many years of practical work on process-related design, dimensioning and operation of safe and efficient industrial power systems in a simple and understandable way.
While Part A discusses the relevant basis of planning, Part B and Part C offer planning recommendations for medium-voltage and low-voltage industrial power systems. These recommendations also provide details of switchgear and protection equipment for networks as well as the interrelationship between the voltage levels (110 kV, MV, LV).

Recommendations for the design and operation of power systems and the selection and parameteriziation of protection equipment are not always stipulated in standards and specifications. In many cases, they have emerged from many years of positive operating experience and practical expertise. Because regulations can only be applied to strategic network planning to a limited degree and planning conditions can vary greatly,
some of the recommendations in this guide do offer a certain margin for discretion. It is in the nature of the matter that discrepancies arise within this discretionary margin between the planning recommendations and procedures in specific branches of industry.

This book addresses engineers and technicians working in industrial power engineering, in industrial companies and planning offices. It also helps students and graduates to familiarize themselves with the subject matter.

This planning guide evolved from an idea by the management of the Power Distribution Solutions Business Segment in the Siemens Energy Sector. I would like to thank all involved members of management expressly for their support in the realization of this book project. Many thanks also go to Wolfgang Fruth for his co-authorship of Section C of this book. I am also much indebted to Ursula Dorn who provided competent and committed support with the electronic preparation of the manuscript. And, last but not
least, I would like to thank Dr. Gerhard Seitfudem for the fruitful editorial collaboration.

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]]> https://plc4me.com/pdf-planning-guide-for-power-distribution-plants-design-implementation-and-operation-of-industrial-networks/feed/ 0 [PDF] Optical Communications and Networking – Prospects in Industrial Applications https://plc4me.com/pdf-optical-communications-and-networking-prospects-in-industrial-applications/?utm_source=rss&utm_medium=rss&utm_campaign=pdf-optical-communications-and-networking-prospects-in-industrial-applications https://plc4me.com/pdf-optical-communications-and-networking-prospects-in-industrial-applications/#respond Tue, 14 Apr 2020 13:07:21 +0000 https://plc4me.com/?p=46236 In the past two decades, Internet traffic has increased by over 10,000 times by taking advantage of both efficient information processing technology in the electronic domain and efficient transmission technology in the optical domain, which are the foundation of today’s Internet infrastructure [1,2].The advancement of electronics processing circuits has followed Moore’s law, and perhaps will […]

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]]> In the past two decades, Internet traffic has increased by over 10,000 times by taking advantage of both efficient information processing technology in the electronic domain and efficient transmission technology in the optical domain, which are the foundation of today’s Internet infrastructure [1,2].
The advancement of electronics processing circuits has followed Moore’s law, and perhaps will continue this exponential growth for years to come. This may make the electrical systems significantly outpace the advancement of optical systems in information and communications technologies. To support the ever-growing Internet traffic, optical communication systems face a great challenge in transporting information processed by electronic systems for sustained exponential growth. The industry has explored multiple degrees of freedom of the photon (time, wavelength, amplitude, phase, polarization, and space) to significantly reduce the cost/bit for data transmission by increasing the capacity/fiber
through multiplexing and reducing the size and power through integration.

This Special Issue aims to explore the latest advancements in the optical communication industry. The applications range from short-reach chip-to-chip interconnections to the long-haul backbone communications at the trans-oceanic distance, including the technologies used in devices, systems,
and networks levels. It focuses on state-of-the-art advances and future perspectives in commerciallydeployed systems.

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]]> https://plc4me.com/pdf-optical-communications-and-networking-prospects-in-industrial-applications/feed/ 0 [PDF] Engineering Systems and Networks The Way Ahead for Industrial Engineering and Operations Management https://plc4me.com/pdf-engineering-systems-and-networks-the-way-ahead-for-industrial-engineering-and-operations-management/?utm_source=rss&utm_medium=rss&utm_campaign=pdf-engineering-systems-and-networks-the-way-ahead-for-industrial-engineering-and-operations-management https://plc4me.com/pdf-engineering-systems-and-networks-the-way-ahead-for-industrial-engineering-and-operations-management/#respond Sun, 12 Apr 2020 14:41:18 +0000 https://plc4me.com/?p=46224 This bookseries provides a means for the dissemination of current theoretical and applied research in the areas of Industrial Engineering & Engineering Management.The latest methodological and computational advances that both researchers and practitioners can widely apply to solve new and classical problems in industries and organizations constitute a growing source of publications written for and […]

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]]> This bookseries provides a means for the dissemination of current theoretical and applied research in the areas of Industrial Engineering & Engineering Management.
The latest methodological and computational advances that both researchers and practitioners can widely apply to solve new and classical problems in industries and organizations constitute a growing source of publications written for and by our readership.

The aim of this bookseries is to facilitate the dissemination of current research in thefollowing topics:

+ Strategy and Enterpreneurship

+ Operations Research, Modelling and Simulation

+ Operations Research, Modelling and Simulation

+ Quality Management

+ Product Management

+ Sustainability and Ecoefficiency

+ Industrial Marketing and Consumer Behavior

+ Knowledge and Project Management

+ Risk Management

+ Service Systems

+ Healthcare Management

+ Human Factors and Ergonomics

+ Emergencies and Disaster Management

+ Education

  • This book consists of 39 parts:

+ 1 A Simulation-Based Analysis of a Cork Transformation System

+ 2 Using Overall Equipment Effectiveness (OEE) to Predict Shutdown Maintenance

+ 3 Forecasting Cloud Computing: Producing a Technological Profile

+ 4 Modelling the Strategies Alignment Process in the Collaborative Network Context

+ 5 The Role of Complexity and Flexibility of the Instance in the Joint Solution Approach

+ 6 Towards Increasing Sustainability in Large Urban Mobility Attractors

+ 7 Stock Market Firm Value Effects of Research and Development Expenditures in the Oil and Gas Industry

+ 8 A Decision Support Framework for Production Flow Coordination Using Supply Chain Management Practices, Ordering Systems and Modeling Techniques

+ 9 A Greedy Primal-Dual Type Heuristic to Select an Inventory Control Policy

+ 10 A Model that Integrates Direct and Reverse Flows in Omnichannel Logistics Networks

+ 11 A Nonlinear Integer Programming Model for Warehousing Sustainable Logistics

+ 12 A Reference Framework to Design Inventory Policies Using a Fill Rate Criterion in Lost Sales Contexts

+ 13 Contribution of Lean Principles in the Information Systems Development: An Experience Based on a Practical Case

+ 14 Data-Driven SKU Differentiation Framework for Supply Chain Management

+ 15 Deploying “Packaging Logistics” in Paper Napkins

+ 16 Differentiation of the Difficulty Level of Supply Chain Management Integration Actions

+ 17 Establishing a Link Between Lean Practices and Corporate Sustainability

+ 18 Explaining Alliance Success Factors in Spanish Food and Beverage Supply Chain: Case Analysis

+ 19 How to Design an Efficient and Sustainable Box?

+ 20 Interoperability Frameworks in Public Administration Domain: Focus on Enterprise Assessment

+ 21 Main Factors Affecting the Development of Interorganizational Partnerships in Biodiesel Supply Chain in Brazil

+ 22 Productivity Improvement, Considering Legal Conditions and Just in Time Principles in the Mixed-Model Sequencing Problem

+ 23 Proposal of a Framework for Assessing Environmental Performance of Supply Chains

+ 24 Root Cause Identification of Existing Barriers Detected by People with Disabilities in Air Transport

+ 25 Spare Parts Inventory Management Using Quantitative and Qualitative Classification

+ 26 Sustainable Supply Chain Management: A Case Study

+ 27 Transport KPIs for Supply Chain Improvement. A Literature Analysis

+ 28 Using Big Data for Competitive Dimensions Improvement in a Telco Company

+ 29 Reduction of Drying Process Time of Natural Cork Stoppers Process in Lean Improvement Efforts

+ 30 Waste Types in People Processing Services

+ 31 Characterising Knowledge Workers’ Job Positions

+ 32 Information Quality in Companies Committed to TQM

+ 33 Performance Measurement Systems for Designing and Managing Interoperability Performance Measures: A Literature Analysis

+ 34 Systematic Analysis of Economic Viability with Stochastic Approach: A Proposal for Investment

+ 35 Thermal Comfort Field Study Based on Adaptive Comfort Theory in Non-residential Buildings

+ 36 Agents Playing the Beer Distribution Game: Solving the Dilemma Through the Drum-Buffer-Rope Methodology

+ 37 Organizational Engineering: The Emerging Stage of Industrial Engineering

+ 38 Perception of the Evolution of Industrial Engineering Areas Based on the Brazilian ENADE-INEP Assessment System

+ 39 The Skateboard Manufacturing Company: A Teaching Case on Production Planning and Control

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]]> https://plc4me.com/pdf-engineering-systems-and-networks-the-way-ahead-for-industrial-engineering-and-operations-management/feed/ 0 [PDF] Industrial Wireless Sensor Networks monitoring, control and automation https://plc4me.com/pdf-industrial-wireless-sensor-networks-monitoring-control-and-automation/?utm_source=rss&utm_medium=rss&utm_campaign=pdf-industrial-wireless-sensor-networks-monitoring-control-and-automation https://plc4me.com/pdf-industrial-wireless-sensor-networks-monitoring-control-and-automation/#respond Sat, 11 Apr 2020 14:43:23 +0000 https://plc4me.com/?p=45628 It is generally acknowledged that data communications in the process control segment of manufacturing began in 1976 with the introduction of the “Data Hiway” as the data communications element of the Honeywell TDC-2000, the first commercial distributed control system (DCS). Prior to that introduction, data transfer between units ofmanufacturing automation systems either did not exist […]

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]]> It is generally acknowledged that data communications in the process control segment of manufacturing began in 1976 with the introduction of the “Data Hiway” as the data communications element of the Honeywell TDC-2000, the first commercial distributed control system (DCS). Prior to that introduction, data transfer between units of
manufacturing automation systems either did not exist or were proprietary point-topoint serial and parallel wired data links

Products being manufactured are generally classified as flowing fluids, gases, powders, or solids formed into sheets. Characteristic is that the product being produced is totally contained within the manufacturing equipment and is generally not visible to the humans engaged in supervising its production. The only exception to this are the sheet-formed products that are visible, but are contained by the manufacturing
machinery while being processed. Industries in this market segment include: oil and gas, petroleum refining, petrochemicals, fine chemicals, heavy chemicals, cement, glass, plastics and polymers, cement, lime, iron and steel, alumina and aluminum, pulp and paper, and sheet plastics. Products are generally produced by chemical reaction of raw materials or the physical separation of the contents of a raw material by some
process such as distillation, filtration, etc.

Automation of continuous manufacturing processes depends upon the synchronous acquisition of data, computation of a manipulated variable, and monitoring for abnormal conditions on a continuous basis in order to hold the process at a steady state. The feedback control computations may be done in ruggedized process controllers or may be distributed to field instruments themselves when equipped with the appropriate communications network. Information on the performance of the process
control system is reported to human process operators via the HMI (Human Machine Interface).

  • This ebook is broken down into the following sections:

+ Industrial data communications protocols and application layers

+ Energy harvesting and battery technologies for powering wireless sensor networks

+ Process control and diagnostics over wireless sensor networks

+ Wireless sensor network administrative management

+ WirelessHART™ sensor networks

+ Part: Wireless sensor network applications

+ Wireless sensor networks for the monitoring and control of nuclear power plants

+ Wireless gas sensors for industrial life safety

+ Isochronous wireless communication system for industrial automation

+ A hierarchical wireless sensor network design for monitoring a pipeline infrastructure a

+ Shared spectrum for industrial wireless sensors

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]]> https://plc4me.com/pdf-industrial-wireless-sensor-networks-monitoring-control-and-automation/feed/ 0 [PDF] Industrial Network Security, 2nd Edition – Ebook Free https://plc4me.com/pdf-industrial-network-security-2nd-edition-ebook-free/?utm_source=rss&utm_medium=rss&utm_campaign=pdf-industrial-network-security-2nd-edition-ebook-free https://plc4me.com/pdf-industrial-network-security-2nd-edition-ebook-free/#respond Sat, 11 Apr 2020 14:20:59 +0000 https://plc4me.com/?p=45619 What Are Industrial Networks? When we speak of industrial network security, we are referring to the rapidly expanding field that is concerned with how to keep industrial networks secure, and, by implication, how to keep the people, processes, and equipment that depend on them secure. Secure means free from harm or potential harm, whether it […]

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]]> What Are Industrial Networks?

When we speak of industrial network security, we are referring to the rapidly expanding field that is concerned with how to keep industrial networks secure, and, by implication, how to keep the people, processes, and equipment that depend on them secure. Secure means free from harm or potential harm, whether it be physical or cyber damage to the
industrial network components themselves, or the resultant disruption or damage to things that depend on the correct functioning of industrial networks to meet production, quality, and safety criteria.

Harm to industrial networks and to the related people, processes, or equipment might be through the following:

+ Malicious Acts – Deliberate acts to disrupt service or to cause incorrect
functioning of industrial networks. These might range from a “denial-of-service” attack against a Human-Machine Interface (HMI) server to the deliberate downloading of a modified ladder logic program to a PLC (Programmable Logic Controller).

+ Accidental Events – These may be anything from a “fat-fingered” employee hitting the wrong key and crashing a server to a power line surge.

-To illustrate the distinction, let’s say we have a disgruntled employee who vents his anger in a chemical plant and:

+ 1. turns a virus loose on the computer workstation that runs the HMI
software, allowing the virus to spread through the industrial network;

+ 2. takes a pipe wrench and breaks a liquid level sight glass on a storage tank, causing the liquid to leak out on the floor;

+ 3 pries open the door to an SIS system controller box and disables the
overpressure shutdown by installing jumpers between isolated conductors and bypassing the audible alarms.

  • The ebook consists of 10 chapters:

+ Chapter 1.0 Industrial Network Security

+ Chapter 2.0 A Security Backgrounder

+ Chapter 3.0 COTS and Connectivity

+ Chapter 4.0 Cybersecurity in a Nutshell

+ Chapter 5.0 Countermeasures

+ Chapter 6.0 Cyberdefense Part I — Design and Planning

+ Chapter 7.0 Cyberdefense Part II — Technology

+ Chapter 8.0 Cyberdefense Part III — People, Policies, and Security Assurance

+ Chapter 9.0 New Topics in Industrial Network Security

+ Chapter 10.0 Defending Industrial Networks—Case Histories

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]]> https://plc4me.com/pdf-industrial-network-security-2nd-edition-ebook-free/feed/ 0 [PDF] RFID Sensor Network Automation – Ebook Free https://plc4me.com/pdf-rfid-sensor-network-automation-ebook-free/?utm_source=rss&utm_medium=rss&utm_campaign=pdf-rfid-sensor-network-automation-ebook-free https://plc4me.com/pdf-rfid-sensor-network-automation-ebook-free/#respond Fri, 10 Apr 2020 13:31:58 +0000 https://plc4me.com/?p=44267 With the continued growth in the world’s population, there is a need to ensure availability of enough food to feed everyone. Advances in science and technology have helped not only to increase food production, but also to reduce food wastage. However, the latter has the potential to be improved to a significant extent through appropriate […]

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]]> With the continued growth in the world’s population, there is a need to ensure availability of enough food to feed everyone. Advances in science and technology have helped not only to increase food production, but also to reduce food wastage. However, the latter has the potential to be improved to a significant extent through appropriate matching of supply and demand, and with proper handling during storage and transit. Given the amount of food wastage that occurs after a food item leaves the “farm” on its way to the “fork,” and the availability of means to reduce such wastage, there really is no excuse for feigned ignorance. We believe that the disconnect between available technology and applications that could use it
is due to sheer lack of communication between experts in these domains. Food wastage can be reduced by ensuring quality and safety through tracking/tracing from farm to fork (f2f). Reliable tracking/tracing of food items facilitates improved supply/demand matching, which in turn reduces food wastage.

In addition to direct food wastage, health risks associated with food safety play a major role in food consumption. Interestingly, most recent initiatives that address food safety issues include some form of trackability/traceability as an important component. Examples include ePedigree initiatives with the explicit goal of eliminating or reducing counterfeit items and contamination in pharmaceutical items, protection of public health through containment of disease outbreaks, and identification of harmful chemicals in food items.

This book is targeted at a general readership interested in studying the application of modern information and communication technologies, with specific focus on RFID/IoT, in the food industry. Readers could include food-business practitioners, students/researchers in food science, students/researchers in management information systems or computer/electrical engineering, and students/researchers interested in (food) supply-chain management and marketing in the business domain. We have attempted to include just enough technical detail to render this book accessible and useful to both practitioners as well as researchers. We also intend this book to be accessible to non-researchers and practitioners who are interested in or are concerned with food safetyand quality issues. We are certainly grateful to have the opportunity to work in this growing and exciting area of RFID in the food industry, and we sincerely hope that the readers of this book become sufficiently familiar with the subject to
appreciate its content and be able to contribute to this general area.

  • The ebook is divided into 11 chapters, including:

+ Chapter 1: Book overview

+ Chapter 2: RFID, sensor networks

+ Chapter 3: RFID in agriculture

+ Chapter 4: RFID and sensor network in food processing

+ Chapter 5: RFID in food supply-chain management

+ Chapter 6: RFID in food retailing

+ Chapter 7: Sustainability and green food supply chain

+ Chapter 8: Perishable food and cold-chain management

+ Chapter 9: REID for food quality, safety, and security

+ Chapter 10: Big data in the food industry

+ Chapter 11: Food policy and regulations with information technology

>>> Link Download Ebook (MEGA.NZ Link – Easy Download)

+ Download RFID Sensor Network Automation – Ebook.PDF

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