Eric Roberts – författare

This text is intended for use in the second programming course

Programming is a matter of learning by doing. Eric Roberts’ Programming Abstractions in C++ gives students opportunities to practice and learn with engaging graphical assignments. A client-first approach to data structures helps students absorb, and then apply the material.

Teaching and Learning Experience

This program presents a better teaching and learning experience—for you and your students. It will help:

Improve Student Comprehension with a Client-first Approach to Data Structures: To aid in student understanding, this book presents the full set of collection classes early. Defer the Presentation of C++ Features that Require a Detailed Understanding of the Underlying Machine: Introducing collection classes early enables students to master other equally important topics without having to struggle with low-level details at the same time. Engage Students with Exciting Graphical Assignments: An open-source library supports graphics and interactivity in a simple, pedagogically appropriate way. Support Instructors and Students: The companion website provides source code, sample run PDFs, answers to review questions, and more.

For courses in Java Data Structures.

Programming Abstractions in Java: A Client-First Approach

Programming Abstractions in Java is intended for use in the second programming course in most college or university curriculum. Stanford University’s Eric Roberts employs a novel strategy called the client-first approach while maintaining full coverage of the CS2 curriculum. In the traditional approach, students learn how to use a particular data structure, how to implement it, and what its performance characteristics are—all at the same time. Roberts exposes the weakness of this model. In short, students are trying to understand how a structure is implemented before they have mastered how one would use that structure in an application.

With Programming Abstractions in Java and Roberts’s client-first approach, students learn how to use the full set of collection classes before they tackle any implementation issues. By tackling compelling, real-world assignments in which they use the collection classes as clients, students gain a firm sense of the underlying data model and how each structure can be used. Once they have had time to master the client-side perspective, students are ready to explore the range of possible implementations and their associated computational characteristics. They can also begin to learn the software development skills so desperately needed in the technology industry today.

For courses in Java Programming.

 

Introducing the fundamental concepts of programming with JavaScript

A brand new textbook by Eric Roberts, Understanding Programming through JavaScript focuses on the fundamental concepts of programming, and is written for students with no prior knowledge or experience. It draws on a rich pedagogical heritage—including the immersive Karel the Robot microworld, time-testing programming guidelines, and a logical, step-by-step organization—to give them the foundational skills needed to pursue other coding languages, or a career in computer programming. Using the text, students will build their skills and develop live, interactive web applications that really work on web browsers, providing both instant feedback and gratification. This new text includes chapter openers that humanize computing, review questions for student self-testing, and many other valuable features.

In The Art and Science of Java, Stanford professor and well-known leader in CS Education Eric Roberts emphasizes the student-friendly exposition that led to the success of The Art and Science of C. By following the recommendations of the Association of Computing Machinery’s Java Task Force, this first edition text adopts a modern objects-first approach that introduces students to useful hierarchies from the very beginning. Packages are translated into a minimally complex collection of pedagogical resources that make it easier to teach Java while retaining the language’s industrial strength.

Eric Roberts grew up in Georgia, spending most of his teens away from his mother and sisters, Lisa and Julia, and instead stayed with his controlling father, a grifter jealous of his early success. At age 17, Eric moved to New York to pursue acting, where he worked and partied with future legends like Christopher Walken, Mickey Rourke, John Malkovich, Bruce Willis, and Robin Williams.His big break came when he was cast in King of the Gypsies. Eric became one of the hottest stars of the era, starting an affair with actress Sandy Dennis, working with Bob Fosse on the critically acclaimed Star 80, and earning an Oscar nomination for Runaway Train. But for Eric, Hollywood came with a dark side - an ocean of cocaine that nearly swept him away, culminating in a car accident that almost cost him his life.Eric is open about the seriousness of his addictions and their devastating effect on his career. He reveals the reasons behind his complicated relationship with his sister, Julia, and his daughter, Emma, a successful actress in her own right. Now, happily married to casting director Eliza Roberts, who helped him confront his demons, he is revered among his peers as the ultimate actor’s actor.Written with New York Times bestselling author, for years a Vanity Fair contributing editor, and current Air Mail writer-at-large Sam Kashner, this is a powerful memoir of a Hollywood legend.

In The Art and Science of Java, Stanford professor and well-known leader in CS Education Eric Roberts emphasizes the student-friendly exposition that led to the success of The Art and Science of C. By following the recommendations of the Association of Computing Machinery's Java Task Force, this first edition text adopts a modern objects-first approach that introduces students to useful hierarchies from the very beginning. Packages are translated into a minimally complex collection of pedagogical resources that make it easier to teach Java while retaining the language's industrial strength.