Computer simulations, serious digital games, and gamification add fun and engagement to business courses, while also improving students' learning outcomes. Computer Simulations and Gaming provides business educators with the theoretical background, selection foundations, and implementation advice they need to successfully select and implement computer simulations, serious digital games, and/or gamification elements. The book opens by defining computer simulations, serious digital games, and gamification, then highlights the learning theories that contribute to their effectiveness at improving learning outcomes. From there the authors provide information that helps educators select computer simulations, serious digital games, and/or gamification elements, by reviewing their benefits and drawbacks, identifying contextual considerations, and providing a heuristic. The authors then offer advice to prepare educators to implement computer simulations, serious digital games, and/or gamification elements in their classrooms. In addition, they have included a list of tools and resources as well as an annotated bibliography that point readers towards helpful additional information. In an ever-changing world of tech, business educators at all levels will come to rely on the helpful guidance in Computer Simulations and Gaming to engage students.

Computer simulations, serious digital games, and gamification add fun and engagement to business courses, while also improving students' learning outcomes. Computer Simulations and Gaming provides business educators with the theoretical background, selection foundations, and implementation advice they need to successfully select and implement computer simulations, serious digital games, and/or gamification elements. The book opens by defining computer simulations, serious digital games, and gamification, then highlights the learning theories that contribute to their effectiveness at improving learning outcomes. From there the authors provide information that helps educators select computer simulations, serious digital games, and/or gamification elements, by reviewing their benefits and drawbacks, identifying contextual considerations, and providing a heuristic. The authors then offer advice to prepare educators to implement computer simulations, serious digital games, and/or gamification elements in their classrooms. In addition, they have included a list of tools and resources as well as an annotated bibliography that point readers towards helpful additional information. In an ever-changing world of tech, business educators at all levels will come to rely on the helpful guidance in Computer Simulations and Gaming to engage students.

Medication costs and common drug-related problems, such as misapplication of therapy, medication misuse, and adverse effects, can often be avoided or reduced. Geriatric Drug Therapy Interventions will help you get better outcomes with your patients as it points out pitfalls to avoid and provides you with logical principles for administering drug therapy. Offering guidelines, advice, and gentle reminders, this book shows you the importance of properly documenting patient problems and of considering the entire medical history of your patients. It also helps you perform fall and psychoactive drug risk assessments and address under-recognized and undertreated problems such as malnutrition, depression, sensory deficits, anemia, osteoporosis, and pressure ulcers.As Geriatric Drug Therapy Interventions clarifies, increased consultant pharmacist involvement in comprehensive pharmaceutical services results in the reduction of drug-related problems and medication-associated costs with long-term care patients. Using this book's helpful and substantive interventions, you can improve clinical, economic, and humanistic outcomes in your practice. For this purpose, Geriatric Drug Therapy Interventions discusses: a study designed to teach pharmacy students to identify, document, solve, and prevent medication-related problems providing patient-focused care and assuming responsibility for patient outcomes reimbursing pharmacists for performing cognitive service and cost-savings activities how the prevalence of drug-related problems that influence the need for hospital and nursing home admissions increases with age reasons for patient noncompliance NSAID-associated gastritis, gastrointestinal bleeding, drug-induced delirium, incontinence, and constipation why the advent of managed care does not bode well for the overall health outcomes of the elderlyPharmacists, physicians, and other health care providers can't control all aspects of drug use, but there are many practical steps you can take to help your patients use their prescriptions appropriately. Geriatric Drug Therapy Interventions will help you monitor the efficacy of drug therapy, guide patients who are exasperated with being poked, prodded, and barraged with medications, and work together to develop therapy patterns and schedules that are effective and comfortable.

Use your understanding of Visual Basic as a foundation for learning Java and object-oriented programming. This unique guide not only relates Java features to what you already know it also highlights the areas in which Java excels over Visual Basic, to build your understanding of its appropriate use.

Covers:
-- Java for the C-challenged -- an overview of Java: an introduction to object-oriented programming; an explanation of Java language syntax; installing and using Java.
-- Basic object-oriented programming in Java employing classes and inheritance for efficiency; adding visual controls such as buttons, drop-down lists, menus, and scrollbars; using layout managers to place components in windows; writing a program with two windows; using threads in Java.
-- Class consciousness and other timesaving topics using classes and binary files in Java; building your own custom controls; using and creating packages; designing efficient menus and dialogs; inputting data with the keyboard and mouse.
-- Developing for the Web -- building and launching HTML pages; incorporating applets into Web pages; using forms and CGI Scripts in Java; creating instant applets with JavaScript; working with sockets and client server applications; building Java clients and servers across the Internet.