Dario Cabianca

While many guides exist to help software engineers learn cloud networking design and architecture concepts, and even prepare for cloud network certifications on AWS and Azure, far fewer resources are available covering the Google Cloud Platform (GCP) Professional Cloud Network Engineer certification exam. Well, look no further! This self-paced guide book is designed to help engineers learn cloud networking best practices on GCP, and prepare for the GCP Professional Cloud Network Engineer… Show more

While many guides exist to help software engineers learn cloud networking design and architecture concepts, and even prepare for cloud network certifications on AWS and Azure, far fewer resources are available covering the Google Cloud Platform (GCP) Professional Cloud Network Engineer certification exam. Well, look no further! This self-paced guide book is designed to help engineers learn cloud networking best practices on GCP, and prepare for the GCP Professional Cloud Network Engineer certification exam.

You will waste no time when you use this study companion. It lets you dive in and learn how GCP differs from other public cloud providers (AWS and Microsoft Azure). You will understand GCP's unique ability to allow virtual private clouds (VPCs) that span across multiple regions. You will know how to leverage GCP as a competitive advantage in the IT engineering community. Key concepts covered on the exam are called out and applied in each chapter of this book, giving you both practice and reinforcement, a far more effective learning tool than rote learning or similar approaches typically enlisted in exam preparation.

Enterprises are looking for developers with Google networking skills. Now is the time to skill up! This book shows you how to leverage GCP’s developer-focused, user-friendly approach to understand how the networking components enabling the popular 1B-user Google products (e.g., Gmail, Google Search, YouTube, Google Workspace (formerly G-Suite), Google Maps, Google Photos, and many others) work behind the scenes. Show less

An important property of a client/server system is the independence of the interaction between the server and a client from the interactions that the server might have with other possible clients. In this paper we try to give a definition of such a property, that we called linearity, by means of the Process Algebra formalism. Through some examples of linear and non linear systems, we illustrate the expressiveness of our definition. Moreover, we present a sufficient condition for linearity and… Show more

An important property of a client/server system is the independence of the interaction between the server and a client from the interactions that the server might have with other possible clients. In this paper we try to give a definition of such a property, that we called linearity, by means of the Process Algebra formalism. Through some examples of linear and non linear systems, we illustrate the expressiveness of our definition. Moreover, we present a sufficient condition for linearity and discuss the preservation of linearity w.r.t. process-algebraic operators applied to linear systems. 1 Introduction The growth of computer networks and distributed computing has led to the development of the client/server paradigm, which is widespread nowadays. A client/server system is a composite system which allows distributed computing, analysis and presentation [Si92]. The client is a process (program) that sends a message to a server process (program) requesting that the latter performs a ta... Show less