“…This book presents examples of local installations of AD, or their proposals, located at small factories, workplaces, and in rural areas and housing complexes. …”

“…Industrial and residential consumers increasingly rely on natural gas to keep their houses warm, their lights on and their factories running. . Meanwhile the gas industry itself has entered a new phase. …”

“…You no longer need to be Sony with your own design staff and factories to build world-class products. Where making sophisticated electronic consumer products once was the privileged domain of a few, now virtually anyone can play. …”

“…Drawing on the authors' extensive experience, it provides detailed guidance on choosing research designs, whether quantitative, qualitative, or mixed methods, and covers essential aspects such as ethnographic studies, laboratory projects, and factorial analysis. The book also addresses the ethical considerations and effective communication of research findings. …”

“…JMP 12 Design of Experiments Guide covers classic DOE designs (for example, full factorial, response surface, and mixture designs). …”

“…In the future, machines will be monitored remotely, and computer-aided techniques will be employed to detect faults in the future, and also there will be unmanned factories where machines and systems communicate to each other, detect their own faults, and can remotely intercept their faults. …”

“…This includes randomized block designs, one and two-way designs, Latin square designs, factorial designs, response surface designs, and others. …”

“…Perl One-Liners showcases 130 short and compelling lines of code that do all sorts of handy, geeky things like numbering lines in a file; generating random passwords; encoding, decoding, and converting strings; calculating factorials; even checking to see if a number is prime with a regular expression. …”

“…Exporters, like the small factories that line the coast of Guangdong province, suffer as a more expensive yuan cuts their competitive advantage. …”

Tabla de Contenidos: “…Cover -- Title Page -- Copyright -- Contents -- Preface -- About the Author -- Chapter 1 Test for the Equality of Medians by Series/Group of Variables -- 1.1 Introduction -- 1.2 Test for Equality of Medians of Y1 by Categorical Variables -- 1.3 Test for Equality of Medians of Y1 by Categorical Variables -- 1.4 Testing the Medians of Y1 Categorized by X1 -- 1.5 Testing the Medians of Y1 Categorized by RX1 &amp -- equals -- @Ranks(X1,a) -- 1.6 Unexpected Statistical Results -- 1.7 Testing the Medians of Y1 by X1 and Categorical Factors -- 1.8 Testing the Medians of Y by Numerical Variables -- 1.8.1 Findings Based on Data&amp -- uscore -- Faad.wf1 -- 1.8.2 Findings Based on Mlogit.wf1 -- 1.9 Application of the Function @Mediansby(Y,IV) -- Chapter 2 One‐ and Two‐way ANOVA Quantile Regressions -- 2.1 Introduction -- 2.2 One‐way ANOVA Quantile Regression -- 2.3 Alternative Two‐way ANOVA Quantile Regressions -- 2.3.1 Applications of the Simplest Equation Specification -- 2.3.2 Application of the Quantile Process -- 2.3.3 Applications of the Models with Intercepts -- 2.4 Forecasting -- 2.5 Additive Two‐way ANOVA Quantile Regressions -- 2.6 Testing the Quantiles of Y1 Categorized by X1 -- 2.7 Applications of QR on Population Data -- 2.7.1 One‐way‐ANOVA‐QRs -- 2.7.2 Application of the Forecasting -- 2.7.3 Two‐way ANOVA‐QRs -- 2.8 Special Notes and Comments on Alternative Options -- Chapter 3 N‐Way ANOVA Quantile Regressions -- 3.1 Introduction -- 3.2 The Models Without an Intercept -- 3.3 Models with Intercepts -- 3.4 I × J × K Factorial QRs Based on susenas.wf1 -- 3.4.1 Alternative ESs of CWWH on F1, F2, and F3 -- 3.4.1.1 Applications of the Simplest ES in (3.5a) -- 3.4.1.2 Applications of the ES in (3.5b) -- 3.4.1.3 Applications of the ES in (3.5c) -- 3.5 Applications of the N‐Way ANOVA‐QRs -- 3.5.1 Four‐Way ANOVA‐QRs…”

Tabla de Contenidos: “…-- 1 Introducing modern Java -- 1.1 The language and the platform -- 1.2 The new Java release model -- 1.3 Enhanced type inference (var keyword) -- 1.4 Changing the language and the platform -- 1.4.1 Sprinkling some sugar -- 1.4.2 Changing the language -- 1.4.3 JSRs and JEPs -- 1.4.4 Incubating and preview features -- 1.5 Small changes in Java 11 -- 1.5.1 Collections factories (JEP 213) -- 1.5.2 Remove enterprise modules (JEP 320) -- 1.5.3 HTTP/2 (Java 11) -- 1.5.4 Single-file source-code programs (JEP 330) -- Summary -- 2 Java modules -- 2.1 Setting the scene -- 2.1.1 Project Jigsaw -- 2.1.2 The module graph -- 2.1.3 Protecting the internals -- 2.1.4 New access control semantics -- 2.2 Basic modules syntax -- 2.2.1 Exporting and requiring -- 2.2.2 Transitivity -- 2.3 Loading modules -- 2.3.1 Platform modules -- 2.3.2 Application modules -- 2.3.3 Automatic modules -- 2.3.4 Unnamed module -- 2.4 Building a first modular app -- 2.4.1 Command-line switches for modules -- 2.4.2 Executing a modular app -- 2.4.3 Modules and reflection -- 2.5 Architecting for modules -- 2.5.1 Split packages -- 2.5.2 Java 8 Compact Profiles -- 2.5.3 Multi-release JARs -- 2.6 Beyond modules -- Summary -- 3 Java 17 -- 3.1 Text Blocks -- 3.2 Switch Expressions -- 3.3 Records -- 3.3.1 Nominal typing -- 3.3.2 Compact record constructors -- 3.4 Sealed Types -- 3.5 New form of instanceof -- 3.6 Pattern Matching and preview features…”

Tabla de Contenidos: “…Java Message Service -- 10.1 Messaging concepts -- 10.1.1 Loose coupling -- 10.1.2 Messaging types -- 10.1.3 Destinations -- 10.1.4 Messaging models -- 10.1.5 Messaging patterns -- 10.2 Java Message Service API -- 10.2.1 JMS API history -- 10.2.2 JMS providers -- 10.2.3 JMS domains -- 10.2.4 JMS administered objects -- 10.2.5 JMS and JNDI -- 10.2.6 JMS connections -- 10.2.7 JMS sessions -- 10.2.8 JMS messages -- 10.2.9 JMS message producers -- 10.2.10 JMS message consumers -- 10.2.11 JMS exception handling -- 10.2.12 Application Server facilities -- 10.2.13 JMS and J2EE -- 10.3 Messaging in the J2EE Connector Architecture -- 10.3.1 Message endpoints -- 10.3.2 MessageEndpointFactory -- 10.3.3 Resource adapters -- 10.3.4 JMS ActivationSpec JavaBean -- 10.3.5 Message endpoint deployment -- 10.3.6 Message endpoint activation -- 10.3.7 Message delivery -- 10.3.8 Administered objects -- 10.4 Message Driven Beans -- 10.4.1 Message Driven Bean types -- 10.4.2 Client view of a Message Driven Bean -- 10.4.3 Message Driven Bean implementation -- 10.4.4 Message Driven Bean life cycle -- 10.4.5 Message Driven Beans and transactions -- 10.4.6 Message Driven Bean activation configuration properties -- 10.4.7 Associating a Message Driven Bean with a destination…”

“…You will see how to create a factory for browsers and understand command design patterns applicable to this area. …”

“…This book presents in an educational way several advanced methods of statistical analysis of survey data, in particular the factorial analysis of correspondences and logistic regression, which, by using software which is now increasingly easy to use, allow '' exploit the data in depth…”

“…Recycling of spinning mill wastes, ozone usage that provides less chemical and water utilization, reuse of treated water in the dyeing processes, and approaches in the treatment of wastewaters of dyeing plants and finishing factories are solutions offered to reduce environmental pollution arising from textile production processes. …”

“…This section discusses the conversion of waste water and other by-products from factories into organic fertilizers. It further examines how these materials can be used to enhance crop production and improve soil productivity. 2: Practices for Improving Nutrient Availability. …”

“…Perl One-Liners showcases 130 short and compelling lines of code that do all sorts of handy, geeky things like numbering lines in a file; generating random passwords; encoding, decoding, and converting strings; calculating factorials; even checking to see if a number is prime with a regular expression. …”

“…"Many communities lack access to nutritious, affordable food; are denied safe places to walk and exercise; or live near polluting factories. The health risks for these families are greater. …”

“…This book provides insights into the world of tiny microbial factories and unravels the potentials for their futuristic innovative applications as precursors of drug molecules, eco-friendly renewable energy sources, remediation, and reservoirs of diverse value-added products for a better and brighter tomorrow…”

“…Over the same period, they have globalized their sourcing, production and distribution operations, creating complex webs of interdependency between factories, warehouses, freight terminals and shops around the world. …”