“Things” are becoming smart and connected. Today we had elevator pitches during our meeting in WPF Internet of Things. Students presented their project proposals and discussed interesting aspects of their product ideas. Students are working as interdisciplinary teams: Computer science students will now work
Die Termine für die Auftaktveranstaltungen der WPFs sind online. Näheres gibt es auf den folgenden Seiten.
Ubiquitous Computing ist ein technologisches Paradigma, das von einer fortschreitenden Durchdringung unseres Alltags mit digitalen informationsverarbeitenden Einheiten ausgeht. Dieses WPF verfolgt einen forschungs-orientierten Ansatz: Nach einer Einführung in das Thema durch den Dozenten erarbeiten die Teilnehmer in Teams eigene forschungs-orientierte Ideen, die sie in seminaristischem Unterricht und Projekten umsetzen.
In this WPF students will learn about the relevance, challenges and technologies of mobile software development. After taking part in this module they will be able to design, implement and manage mobile apps for smartphones. This module enables students to deal with their own mobile systems for other study projects, for their final theses or on job.
The amount of everyday objects augmented with computing technology is rapidly increasing. This allows to provide or use services of objects through the Internet, for instance controlling a device like a coffee machine or measuring the usage of a vending machine. Due to the growing relevance of the IoT in various domains we are offering a module dealing with its technologies. During this project-oriented WPF you will learn how to connect non-computing devices to the Internet following an approach of brainstorming an idea, designing a system and prototyping a product.
Am 6. Juli 2016 fanden die Abschlusspräsentationen des WPF’s Internet of Things statt. Insgesamt wurde fünf Projekte vorgestellt. In diesen Projekten wurde ein breites Spektrum an Ideen und Technologien umgesetzt und eingesetzt. Von Alltagsgegenständen wie Schränken, Kaffeemaschinen oder auch Wäscheleinen, wurden allerhand Sensoren und modernste Mini-Computer verwendet. Zum Einsatz kamen Rasberry Pi 3, Photons, Arduinos, LEDs, Drucksensoren, Gewichtssensoren, NFC Tags, Feuchtigkeitssensoren, AT Tinys, Gyroskope und viele andere Materialien sowie MQTT und HTTP für die Kommunikation. Im Folgenden soll eine kleiner Rückblick auf die Projekte dargestellt werden.
During the last session of WPF Mobile Computing we had external experts who joined our class. First they both gave insights into their daily work as developers of mobile and interactive software. Next they talked about specific topics of mobile computing. Afterwards our students presented the current version of their apps.
We have some new smartphones for teaching mobile computing available. If you are taking our WPF Mobile Computing or want do to a project or thesis related to mobile computing, please let us know. At this time we have some
In this elective module students will learn about the relevance, challenges and technologies of mobile software development. After taking part in this module they will be able to design, implement and manage mobile apps for smartphones. This module enables students to deal with their own mobile systems for other study projects, for their final theses or on job.
The amount of everyday objects augmented with computing technology is rapidly increasing. This allows to provide or use services of objects through the Internet, for instance controlling a device like a coffee machine or measuring the usage of a vending machine. Due to the growing relevance of the IoT in various domains we are offering a module dealing with its technologies (like Raspberry Pi, Arduino, MQTT, Node-Red, Johnny Five). In this WPF you will learn about the basics and the relevance of the IoT. During this project-oriented class you will learn how to connect non-computing devices to the Internet.