• Building user interfaces basic applications
• Activities and intents
• Fragments, ActionBar, and menus
• Graphics, drawing, and audio
• Threads, handlers, and programmatic movement
• Touch gestures
• Sensors and camera
• File storage, shares preferences, and SQLite.

Each new print copy includes Navigate 2 Advantage Access that unlocks a complete eBook, Study Center, homework and Assessment Center, and a dashboard that reports actionable data. Using a hands-on, student-friendly approach, Android Programming Concepts provides a comprehensive foundation for the development of mobile applications for devices and tablets powered by Android. This text offers in-depth coverage of the topics outlined by the official Android developer API guides, leading a programmer with object oriented programming skills through the app development process. Each chapter features a collection of well-designed and classroom tested lab examples, providing an opportunity to apply specific Android concepts while supported by visual guides, explanations, and code listings. Key Features: * Android Studio, the official development environment by Google, is used to develop all applications * Includes 44 practical and interesting lab examples linked to real-world mobile problems, including constructing games with moving graphics and responding to sensor data * Mobile programming commences in Chapter 1 with the development of two native Android applications, beginning with a problem statement and storyboard and ending with an executable app * Each chapter concludes with skill-oriented questions designed to test comprehension of key concepts.
(source: Nielsen Book Data)9781284070705 20160711

Case Competencies in Orthopaedic Surgery is a centralized, easy-access guide to preparing for cases most commonly encountered during training. Written by expert author teams consisting of both attending surgeons and residents, it follows a technique-based format and design that summarizes the surgical steps, from room set-up to closure, of all cases relevant to the 15 categories of "Orthopaedic Surgery Case Minimums" as determined by the ACGME.
(source: Nielsen Book Data)9780323390385 20160619

Computer Systems, Fifth Edition provides a clear, detailed, step-by-step introduction to the central concepts in computer organization, assembly language, and computer architecture. It urges students to explore the many dimensions of computer systems through a top-down approach to levels of abstraction. By examining how the different levels of abstraction relate to one another, the text helps students look at computer systems and their components as a unified concept. New & Key Features: - New high-order language - The high-order language is changed from C++ to C. The C language is more common as a systems programming language and is more appropriate for a computer systems text. - New sidebars - Each sidebar is a real-world example of the concepts described in that chapter. As most of the chapters describe the Pep/9 virtual machine, the sidebars for those chapters show corresponding implementations for the Intel x86 architecture. - New and expanded topics - New and expanded topics include, QR codes, color displays, Unicode, UTF-32 and UTF-8 encoding, floating point underflow, big-endian and little-endian order, memory alignment issues, and expanded RISC design principles and MIPS coverage to contrast with the Pep/9 CISC design. - New virtual machine - Pep/8, the virtual machine for the two previous editions, is now superseded by the new and improved Pep/9. Pep/9 retains the same eight addressing modes of Pep/8 but now includes memory-mapped I/O, an improved return-from-subroutine instruction, a new native compare-byte instruction, improved instruction mnemonics, and a new hexadecimal output trap instruction. - New software - The Pep/9 system in the text is supported by two updated open source software applications, the assembler/simulator and the CPU simulator.
(source: Nielsen Book Data)9781284079630 20160711

• Patient evaluation and assessment
• Common diagnoses in dentistry
• Evidence based treatment planning : assessment of risk, prognosis, and expected treatment outcomes
• Developing the treatment plan
• Interprofessional treatment planning
• Ethical and legal considerations when treatment planning
• Systemic phase of treatment
• Acute phase of treatment
• Disease control phase of treatment
• Definitive phase of treatment
• Maintenance phase of care
• Patients with special needs
• Patients who are substance dependent
• Patients who are anxious or fearful
• Patients with a psychological disorder
• Adolescent patients
• Geriatric patients
• Patients who are motivationally compromised or financially limited patient.

• Traumatic and nontraumatic emergencies of the brain, head, and neck / Glenn Barest, Asim Z. Mian, Rohini N. Nadgir and Osamu Sakai
• Chest trauma / Ryan T. Whitesell and Laura Avery
• Abdomen trauma / Joshua W. Stuhlfaut, Christina A. LeBedis, and Jorge A. Soto
• Extremity trauma / Rathachai Kaewlai and Ajay Singh
• Extremities : nontrauma / Luis E. Diaz
• Imaging evaluation of common pediatric emergencies / Jennifer C. Talmadge, Sarah Sarvis Milla, and Sarah Dantzler Bixby
• Traumatic and nontraumatic spine emergencies / Glenn D. Barest and Margaret N. Chapman
• Nontraumatic emergency radiology of the thorax / Alejandra Duran-Mendicuti, Scott White, Salvatore Viscomi, Michael Stella, and Aaron Sodickson
• Nontrauma abdomen / Stephan W. Anderson, Brian C. Lucey, and Jorge A. Soto
• Pelvic emergencies / Brian C. Lucey
• Vascular emergencies / Russ Kuker, Carlos A. Anaya, Ana Maria Gomez, and Felipe Muner
• Emergency nuclear radiology / Anna K. Chacko and Rashmikant B. Shah.