12,053 courses
This is a self-paced lab that takes place in the Google Cloud console. In this lab you'll take audio from the client's microphone and stream it to a Java servlet. The Java servlet passes the data to the Cloud Speech API, which then streams transcriptions back to the servlet.
В этом курсе-проекте продолжительностью 1 час вы сможете создать профиль компании в Facebook. Примечание. Этот курс изначально создан для учащихся из Северной Америки. На данный момент мы адаптируем его и для других регионов.
This is a self-paced lab that takes place in the Google Cloud console. In this lab, you learn the basic ‘Hello World' of machine learning. Instead of programming explicit rules in a language such as Java or C++, you build a system that is trained on data to infer the rules that determine a relationship between numbers.
Arduino es una iniciativa empleada para simplificar el uso de los microcontroladores, que surgió en 2005 como resultado de un proyecto de estudiantes en el Instituto IVREA. Nació con el objetivo de disminuir el costo de los microcontroladores, que entonces los estudiantes empleaban para sus proyectos y que resultaban demasiado costosos. Actualmente tiene diferentes usos, como la aplicación de desarrolladores de diseños artísticos e interactivos; de igual forma, muchas personas utilizan Arduino para incursionar en aplicaciones tecnológicas, como la automatización y la robótica. Su aplicación, aunque pudiera parecer limitada a áreas de la ciencia muy especializadas, es en realidad común, al encontrarla en un cajero automático, un calentador de agua, la pluma de un estacionamiento o las puertas de una plaza o supermercado, y es que este tipo de herramientas, que facilitan nuestra vida diaria, están basadas en un pequeño microcontrolador, cuya tarea está dictada por un programa. Programar es algo que hacemos día con día al planear nuestras actividades, pero si nos detenemos a organizar aquello que hacemos de manera inconsciente, obtendremos una serie ordenada de pasos que nos llevarán a un objetivo; si tenemos esto claro seremos capaces de planear actividades más complejas. En este curso utilizaremos Arduino UNO para realizar dos prototipos que muestran el funcionamiento de dispositivos, como un chaleco para ciclista y un pastillero. No es requisito tener conocimientos de programación; sin embargo, conforme avances en el estudio de este curso probablemente necesites reforzar e investigar sobre algunos de los aspectos que aquí se expliquen. A través de las actividades y material didáctico de este curso aprenderás a aplicar la tarjeta Arduino y podrás adquirir y reforzar nociones básicas de programación, utilizando una herramienta de fácil acceso, que te permitirá además elaborar posteriores proyectos de tu interés. Subtítulos disponibles en español. Cuatro semanas de estudio. 2-4 horas por semana.
Learn how to analyze portfolio management frameworks, optimize portfolio decisions, and align projects and programs with organizational strategy. This course provides practical skills in portfolio selection, governance, prioritization, and strategic decision-making used in modern business environments. The course begins with the foundations of portfolio management, including portfolio structures, roles, processes, and performance metrics. Learners will understand how portfolio management supports organizational strategy, improves resource utilization, and drives value delivery across projects and programs. As the course progresses, learners examine portfolio selection and decision frameworks, focusing on identifying, categorizing, evaluating, and prioritizing portfolio components. The course also explores portfolio balancing techniques that help organizations optimize resources, manage risk, and maximize strategic impact. Advanced modules focus on portfolio governance, including authorization processes, reporting systems, review mechanisms, and continuous strategic alignment. Learners will understand how governance practices support informed decision-making, adaptability, and organizational performance in changing business environments. What makes this course unique is its end-to-end coverage of the portfolio lifecycle combined with a strong focus on governance and strategic optimization. By the end of the course, learners will be able to evaluate portfolio opportunities, improve resource allocation, strengthen governance practices, and confidently contribute to strategic success in dynamic organizations.
Innovations in medical technologies are one of the leading areas of economic growth in the world. Whether new technologies take the form of pharmaceutical, medical device, biotechnology, information technology of some combination of these innovations, the opportunities for both private enterprise and social welfare are substantial. However, these innovations are not without cost, and require reimbursement from either a privately or publicly financed health care delivery system to enter the marketplace. This course aims to provide knowledge of the concepts, data, and methodology required to critically evaluate new medical technologies in order to secure financial investment, reimbursement, and regulatory compliance objectives, such as FDA approval. The course is designed to provide understanding of the analytic tools needed to evaluate medical technologies. After completing this course, students will have the skills needed to: - Understand the reimbursement systems financing medical technology use. - Understand the role of government and regulatory agencies in the development and use of new medical technologies. - Identify a population to be served by a medical technology. - Use health care data to evaluate a medical technology. - Perform cost/benefit and cost/effectiveness analysis of a new technology.
This course will continue the introduction to Python programming that started with Python Programming Essentials and Python Data Representations. We'll learn about reading, storing, and processing tabular data, which are common tasks. We will also teach you about CSV files and Python's support for reading and writing them. CSV files are a generic, plain text file format that allows you to exchange tabular data between different programs. These concepts and skills will help you to further extend your Python programming knowledge and allow you to process more complex data. By the end of the course, you will be comfortable working with tabular data in Python. This will extend your Python programming expertise, enabling you to write a wider range of scripts using Python. This course uses Python 3. While most Python programs continue to use Python 2, Python 3 is the future of the Python programming language. This course uses basic desktop Python development environments, allowing you to run Python programs directly on your computer.
This is a self-paced lab that takes place in the Google Cloud console. This lab focuses on how to query partitioned datasets and how to create your own dataset partitions to improve query performance, which reduces cost.
What is philosophy? How does it differ from science, religion, and other modes of human discourse? This course traces the origins of philosophy in the Western tradition in the thinkers of Ancient Greece. We begin with the Presocratic natural philosophers who were active in Ionia in the 6th century BCE and are also credited with being the first scientists. Thales, Anaximander, and Anaximines made bold proposals about the ultimate constituents of reality, while Heraclitus insisted that there is an underlying order to the changing world. Parmenides of Elea formulated a powerful objection to all these proposals, while later Greek theorists (such as Anaxagoras and the atomist Democritus) attempted to answer that objection. In fifth-century Athens, Socrates insisted on the importance of the fundamental ethical question—“How shall I live?”—and his pupil, Plato, and Plato’s pupil, Aristotle, developed elaborate philosophical systems to explain the nature of reality, knowledge, and human happiness. After the death of Aristotle, in the Hellenistic period, Epicureans and Stoics developed and transformed that earlier tradition. We will study the major doctrines of all these thinkers. Part I will cover Plato and his predecessors. Part II will cover Aristotle and his successors.
This is a self-paced lab that takes place in the Google Cloud console. The Cloud Security Scanner identifies security vulnerabilities in your Google App Engine web applications.
Te damos la bienvenida al sexto curso de nuestra serie Networking in Google Cloud: Hybrid and Multicloud. En el primer módulo, explicaremos múltiples opciones de conectividad de Cloud con un análisis en profundidad de Cloud Interconnect, en el que exploraremos sus diferentes tipos y funcionalidades. En el segundo módulo, abordaremos Cloud VPN, conoceremos su implementación de topologías de VPN de alta disponibilidad y el Network Connectivity Center, o NCC, para optimizar la administración. Al final del curso, podrás explicar las diferentes opciones de conectividad disponibles para ampliar tus redes locales y en la nube a Google Cloud, y analizar la idoneidad de diferentes servicios de conectividad híbridos y en múltiples nubes de Google Cloud para casos de uso específicos. Empecemos.
This Course will clarify the definition and meaning of Social Entrepreneurship and will focus on the need to learn about the source and root of a social problem. You will be introduced to different perspectives about Social Entrepreneurship and you will learn about complementary and opportunistic assets which will help you to detect an opportunity and develop an idea of how to create a business for social change. From a practical perspective you will be asked to initiate a team formation process and start to think about a problem topic that you want to address with your social venture in the future. You will work in a team to research this topic and will gradually start to think about a particular opportunity and identify a purpose for your social venture project.
