Building intelligent cloud applications develop scalable models using serverless architectures with Azure by Harrera Garcia, Vicente, Biggs, John 1975-

Understanding building failures and limit state design by Mohd. Zaid Yusof

Architecture drawing ang light construction by Muller, Edward John 1916-

Table of Contents: “…Basic Residential Planning. -- 16. Building Models. -- 17. Writing Specifications. -- 18. …”

Computational hydraulics numerical methods and modelling by Popescu, Ioana

Selective visual attention computatuonal models and applications by Zhang, Liming

Applying UML and patterns an introduction to object-oriented analysis and design and iterative development by Larman, Craig

Handbook of research on social software and developing community ontologies

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Machine learning in Python essential techniques for predictive analysis by Bowles, Michael

Fire protection systems by Jones, A. Maurice

SPSS statistics for data analysis and visualization by McCormick, Keith (Consultant), Salcedo, Jesus (Consultant), Peck, Jon, Wheeler, Andrew

Table of Contents: “…Advanced statistics -- Comparing and contrasting IBM SPSS AMOS with other multivariate techniques -- Monte Carlo simulation and IBM SPSS bootstrapping -- Regression with categorical outcome variables -- Building hierarchical linear models -- Part II. Data visualization -- Take your data visualizations to the next level -- The code behind SPSS graphics: graphics production language -- Mapping in IBM SPSS statistics -- Geospatial analytics -- Perceptual mapping with correspondence analysis, GPL, and OMS -- Display complex relationships with multidimensional scaling -- Part III. …”

Cybersecurity engineering a secure information technology organization /c Dan Shoemaker, Kenneth Sigler by Shoemaker, Dan, Sigler, Kenneth

Design of concrete structures by Darwin, David, Nilson, Arthur H.

NASM essentials of personel fitness training

An Introduction to Data Science With Python / by Saltz, Jeffrey S., Stanton, Jeffrey M., 1961-

Designer's guide to eurocode 9 design of aluminium structures EN 1999-1-1 and -1-4 by Hoglund, Torsten

Designer's guide to eurocode 9 design of aluminium structures EN 1999-1-1 and -1-4 by Hoglund, Torsten

Digital communications principles and systems by Otung, Ifiok

Table of Contents: “…Machine generated contents note: 1.Overview of digital communication -- In Chapter One -- 1.1.Introduction -- 1.2.Building blocks of a digital communication system -- 1.2.1.Transmitter and receiver -- 1.2.2.Analogue and digital communication systems -- 1.2.3.Information source .2.4.Information sink -- 1.2.5.Channel -- 1.3.Signal processing tasks -- 1.3.1.Source coding -- 1.3.2.Multiplexing -- 1.3.3.Channel coding -- 1.3.4.Line coding -- 1.3.5.Carrier modulation -- 1.3.6.Spread spectrum -- 1.3.7.Synchronisation -- 1.3.8.Filtering operations -- 1.4.Why digital communication? …”

Social media data extraction and content analysis

Table of Contents: “…Martinez -- Customer complaints in social networks in the Spanish telecommunication industry : an analysis using "critizen" / Antonia Estrella-Ramón and Alba Utrera-Serrano -- Applied analytical "distant reading" using NVivo 11 Plus / Shalin Hai-Jew -- Conducting sentiment analysis and post- sentiment data exploration through automated means / Shalin Hai-Jew -- Tapping specific social media platforms -- Exploring "user", "video", and (pseudo) multi-mode networks on youtube with NodeXL / Shalin Hai-Jew -- Flickering emotions : feeling-based associations from related tags networks based on flickr contents / Shalin Hai-Jew -- Creating "(social) network art" with NodeXL / Shalin Hai-Jew -- Applied uses of social media data for awareness and problem-solving -- Social network synthesis : a dynamic approach for building distance education programs / E. Pinar Uca-Günes and Gülsün Eby -- Facebook content analysis : a study into Australian banks' online community engagement / Vindaya Senadheera, Matthew Warren,Shona Leitch, and Graeme Pye -- Code reuse / Donna Bridgham…”

ICE manual of geotechnical engineering geotechnical engineering principles, problematic soils and site investigation

Table of Contents: “…CONTEXT -- Role of foundations and the complete geotechnical design process -- History of geotechnical engineering -- The geotechnical triangle -- Soil-structure interaction/Geotechnical modelling principles -- Computer analysis principles in geotechnical engineering -- Geotechnical risks and their context for whole project -- Health and safety in geotechnical engineering -- Different types of foundation applications -- Codes, standards and their relevance -- Sustainability in geotechnical engineering -- FUNDAMENTAL PRINCIPLES -- The ground profile and its genesis -- Soils as particulate materials -- Groundwater profiles and effective stresses -- Groundwater flow -- Soil behaviour -- Rock behaviour -- Settlement and stress distributions -- Earth pressure theory -- Bearing capacity theory -- Pile design theory -- Slope stability -- Dynamic and seismic loading of soils -- The role of ground improvement -- Building response to ground movements -- Choice of design parameters and factors of safety -- PROBLEMATIC SOILS AND THEIR ISSUES -- Non engineered fill/made ground -- Collapsible soils -- Expansive soils -- Organics/peat soils -- Glacially derived soils -- Tropical soils -- Arid/semi arid soils -- Mudrocks (pyrites) -- Sulphate/acid soils -- Soluble ground --SITE INVESTIGATION -- Ground as a hazard -- Man-made hazards and constructions -- Roles and responsibilities -- Preliminary studies -- Planning, procurement and management -- Remote sensing and geophysical exploration -- Ground exploration -- Field geotechnical testing -- Geo-environmental testing -- Sample and laboratory testing -- Geotechnical reporting…”

ICE manual of geotechnical engineering geotechnical engineering principles, problematic soils and site investigation

Table of Contents: “…CONTEXT -- Role of foundations and the complete geotechnical design process -- History of geotechnical engineering -- The geotechnical triangle -- Soil-structure interaction/Geotechnical modelling principles -- Computer analysis principles in geotechnical engineering -- Geotechnical risks and their context for whole project -- Health and safety in geotechnical engineering -- Different types of foundation applications -- Codes, standards and their relevance -- Sustainability in geotechnical engineering -- FUNDAMENTAL PRINCIPLES -- The ground profile and its genesis -- Soils as particulate materials -- Groundwater profiles and effective stresses -- Groundwater flow -- Soil behaviour -- Rock behaviour -- Settlement and stress distributions -- Earth pressure theory -- Bearing capacity theory -- Pile design theory -- Slope stability -- Dynamic and seismic loading of soils -- The role of ground improvement -- Building response to ground movements -- Choice of design parameters and factors of safety -- PROBLEMATIC SOILS AND THEIR ISSUES -- Non engineered fill/made ground -- Collapsible soils -- Expansive soils -- Organics/peat soils -- Glacially derived soils -- Tropical soils -- Arid/semi arid soils -- Mudrocks (pyrites) -- Sulphate/acid soils -- Soluble ground --SITE INVESTIGATION -- Ground as a hazard -- Man-made hazards and constructions -- Roles and responsibilities -- Preliminary studies -- Planning, procurement and management -- Remote sensing and geophysical exploration -- Ground exploration -- Field geotechnical testing -- Geo-environmental testing -- Sample and laboratory testing -- Geotechnical reporting…”