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Experiment for real https://labsland.com May 2020 support@labsland.com LabsLand: Real labs, available online An example: Arduino remote lab for Learn schoolsanywhere, anytime View and interact with real devices The devices are real, not simulated, and located at LabsLand or in partner universities Examples: Circuits Arduino FPGA’s Create your circuits in your web browser and take real measurements online! How does it work? The equipment is real and located in other universities When you create a circuit and try to measure it, a real set of relays in special boards build the particular circuit in real time and connect it to real instruments (oscilloscope, DMM, power supply, function generator)! How does it work? It is not a simulation, but real hardware available online, through our network of labs in different universities in different continents Examples: Circuits Arduino FPGA’s Step 1: write Arduino code in your web browser Step 2: send your design to a real Arduino UNO Real-time camera Controls Examples: Circuits Arduino FPGA’s Step 1: write VHDL from your web browser .or Verilog HDL and synthesize it online Step 2: send your design to an Intel Altera FPGA Real-time camera Controls .or to a Xilinx FPGA remotely, in real time How does it work? FPGAs Cameras FPGAs are physically located in partner universities They can be accessed by institutions worldwide Advanced features: Nios II programming (C/Asm) Advanced features: Nios II programming (C/Asm) Testimonials “UGA has been using LabsLand’s remote labs and we now have our own lab for our students and for contributing to the LabsLand network Students find remote labs fun, very easy to use, and very convenient: being able to homework with real hardware at any time, anywhere.” Dominik May, Assistant Professor, University of Georgia, USA 2020 Best Full Paper Award 2019 Award “This is a REAL FPGA programming experience Students write code in an integrated design environment Then they download their programs to a real FPGA and see it operating in real time!” Paul Furth, Associate Professor, New Mexico State University USA MIT TR35 Spain 2012 “Labsland made the process of moving labs online easy and fast, allowing us to teach our content, experimental methods, and equipment use necessary to the program” Jeanie Talbot Physics Lab Manager University of La Verne USA Global Impact Competition Best PhD & best MSc awards 2016 Award by ES IEEE EdSoc Students love it They remotely access real labs Over 60,000 laboratory sessions to the circuits laboratory by over 5,000 students in the last three months Your institution’s space at LabsLand You have a personalized space where you can manage students, permissions and obtain usage analytics LabsLand labs can be added as regular resources to your Learning Management System Additional: labs for engineering Pendulum Newton’s Cradle Optics Buoyancy Rolling Car Inclined Plane Radioactivity Spring Planarians Microscope You may also host LabsLand remote laboratories Most LabsLand users not purchase labs: they access remotely However, it is also possible to become a lab provider Lab providers get their own labs, increase visibility and obtain free access to other labs or shared revenue Institutions hosting LabsLand labs Current USA Spain Germany Under development Brazil USA Brazil South Africa Colombia Australia Spain Colombia India Argentina Costa Rica Spain USA Germany Ecuador Spain Spain Tunisia Morocco Algeria Experiment for real https://labsland.com support@labsland.com ... example: Arduino remote lab for Learn schoolsanywhere, anytime View and interact with real devices The devices are real, not simulated, and located at LabsLand or in partner universities Examples:... different universities in different continents Examples: Circuits Arduino FPGA’s Step 1: write Arduino code in your web browser Step 2: send your design to a real Arduino UNO Real-time camera... an Intel Altera FPGA Real-time camera Controls .or to a Xilinx FPGA remotely, in real time How does it work? FPGAs Cameras FPGAs are physically located in partner universities They can be accessed