Today, I learned about Smart transportation systems like by reducing the use of gases such as methane and CO2. I learned mass transit is more effective than personalized vehicles because they allow large numbers of people to travel long distances using the least amount of fuel possible. I also learned about new innovative ways scientists are trying to improve public transportation through the SMT rail and Straddling bus. The SMT rail involves a single rail with a car attached. when payment is given the car arrives at the stop/location you wish to be at then lets you off. Similarly, the Straddling bus, is a double layer bus that allows cars to pass through underneath to reduce congestion caused by large vehicles. I also learned about Smart Highways and Cars. I learned that by making cars aerodynamic,convenient, safer, and with higher fuel economy, cars become more efficient. Towards the end of the day, i found out that depending on the material used as pavement, either cement or asphalt, can change the durability and smoothness of the road. While cement is more durable, asphalt is smoother and in the long run, more expensive.
The 3rd week of SoSC was all about transportation. It was very interesting because I really like cars and talking about them. But we really didn’t talk about cars we talked about how to make a new generation of cars and trucks,highways, and even the subway. We came up with some new ideas like elevated highways, and underground MagLevs. We learned how to program using an ARDUINO and make a robot that uses SONAR , follows a line on a paper. It was a very fun week and I’m looking forward to the 4th and last week “Wireless Communication”.
Hey,Hey,Hey Essi here, and Wednesday we went to the The New York Transit Museum to see the old train cars. We learned the history of trains up to now. it was really cool because we got to see train cars used in the old days and how they got around. The Grand Central Terminal was celebrating its 100 anniversary. Can you believe that it was around for 4 generations!! Cornelius Vanderbilt was the one who built Grand Central. He built it because of electricty. He was a poor little fellow and turned out to be a success. That is why if you go to the Grand Central Station you will see a lot of acorns and leafs because he said a acorn grows into a graet success like himself! The difference between the train cars now and the ones in the old days is the ones now are more advanced than the ones in the past. We also played a really cool game and we had too figure out out what pools up Putidlof meant and it meant Fold it up. It was a really cool trip!!
Today in class we had a lecture on traffic engineering. During our activity we brainstormed ideas for traffic engineering in a smart city. One of my ideas was W.T.T.I. (Wireless Telecommunication Transportation Infrastructure.) In simple terms all devices of traffic infrastructure will have a built in microchip, upon construction. Therefore, transportation infrastructure can interact in a way to make local travel in a more safe and efficient manner. For example; on a two way street, the first side is congested, (with a light flashed red),and the other side of the street has no cars coming. The side of the street with no cars coming has the lights flashed “green.” The “intelligent” street lights will pick up on the fact there are no cars coming, (and none to come anytime soon.) It will send a message to the red light where the L.O.S (Level of Service) is terrible. That light, recognizing the problem at end, will turn green expediting local travel, and letting people get from point A to point B in the safest way possible making many people satisfied and happy. This idea can revolutionize our urban infrastructure making local travel in New York City a whole lot better.
Hi it Renisha, Kayla, Essi, Sean, Brandon and Dylan! Today we started building for our SMART city. Our group worked on transportation. For a modernized transportation method, we worked on using maglev and incorporating them into public transportation like trains and bus. Maglev is powering things using magnetism and the power from magnets. This replaces the use for electricity and reduces the usage of power plants that make coal and produce greenhouse gases. So far, we have “made” a maglev train and bus.