دبلوم في الدوائر والأنظمة الرقمية

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Alison Review

الموقع

Online(رابط الدورة)

التاريخ

عند الطلب

أقسام الدورات

الرياضيات والعلوم و الهندسة

الشهادة

Yes()

اللغة

الإنجليزية

رسوم الدورة

مجانية

عدد الحضور

غير محدود

المهارات المكتسبة

  • Discuss the history of digital circuits and systems
  • Outline the comparison of digital systems to analog systems
  • Discuss the application of Boolean theorems in logic functions
  • Explain the uses of Karnaugh maps in Boolean representation
اسم مقدم الدورة Alison
مجالات التدريب
  • تجارة و إدارة
  • التسويق الرقمي
  • الموضة و الجمال
  • إنسانيات
  • نظم معلومات و تكنولوجيا
  • لغات
  • الرياضيات والعلوم و الهندسة
  • التصوير والمرئيات
  • طبي , لياقة ورعاية صحية
  • تطوير الذات
  • السياسة و الاقتصاد
  • علوم الاجتماع
  • الخدمات اللوجستية و سلاسل الإمداد
  • التدريب والتعليم
  • السفر و السياحة
  • أخرى
موقعك الإلكتروني (URL) https://alison.com/
حول المزود

Alison is one of the world’s largest free learning platforms for education and skills training. It is a for-profit social enterprise dedicated to making it possible for anyone, to study anything, anywhere, at any time, for free online, at any subject level. Through our mission we are a catalyst for positive social change, creating opportunity, prosperity, and equality for everyone.

Alison was founded in Galway, Ireland, in 2007 and has grown organically to become a major force in free online education and skills training. Today, with more than 13 million learners in 195 countries, Alison is changing how the world learns and up-skills.

They are committed to equality and access to education and skills training irrespective of gender, geography, economic status or any other barriers that can so often stunt potential. So they offer a range of free courses that meet the many diverse needs of our learners. The UN declared in Article 26 of the 1946 Declaration of Human Rights that “Education shall be free…”. This statement will always inspire us.

Alison was founded by Alison CEO, Mike Feerick. Mike is a businessman, but one with a difference. He believes in social impact, and that you can build a financially successful business focused on meeting a huge global social need, making education and skills training more accessible for everyone. He invites anyone who believes that too, to support the Alison mission.

Alison is free of charge to you. But it’s still a business – albeit a socially-focused one. We are a social enterprise making our money through advertising, merchandise, and the sale of Certificates and Diplomas, should a graduate choose to buy one.

Digital circuits and systems is a free online course that begins by introducing you to the basic building blocks in the design and construction of digital circuits. The course will also introduce you to the terminologies used and basic Boolean theorems, as well as the universality of logic gates. You will also learn about combinational circuits and the process of designing a digital circuit. The minimization of logical expressions, as well as a brief introduction to Verilog, will be covered in this course.



The material then explains the basic sequential elements, as well as latches and flip-flops as building blocks in sequential circuits. You will learn about assignment statements and instantiation, as well as the basis of building a hierarchical design. This course will teach you about the importance of complementary metal-oxide-semiconductor (CMOS), as well as give you a brief description of a transistor. Verilog style mixing and an introduction to finite state machines will also be analysed in this course.



Furthermore, you will get familiar with the design and implementation of the greatest common divisor (GCD) algorithm, as well as its translation to Verilog for communication with hardware. You will learn about the instantiation of a controller and data path, as well as the connection between the elements with an interface description. This free online course will be of great benefit to IT students, researchers and anyone with an interest in digital circuits and systems.

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