Contact Us The goal of the Space Studies Colloquium is to bring guest researchers from the astronautical and space science communities in both industry and academia to support space-related scholarship in the Department of Space Studies and at UND and other North Dakota institutions of higher education. Guest researchers will be invited by the Department of Space Studies to give a seminar in their area of professional expertise, guest lecture in existing courses offered through the Department, and consult on space-related research with faculty and students.
While owning Advanced thermal comfort studies car was seen as a symbol of social status and a warrant of individual freedom in the past, concerns about the negative impacts of car traffic such as pollution, fatalities and congestion now prevail, particularly in cities.
As a consequence, the concept of the automobile is facing the most radical transformation since its initial invention more than a hundred years ago: Electrification of the powertrain allows for zero emission of pollutants and greenhouse gases, automation of the car increases road safety and reduces energy consumption, and shared operation of the vehicle fleet ensures an efficient usage of limited resources such as road space for driving and parking.
At the same time, all of these three features support each other in synergetic ways, giving rise to disruptive innovation. The concept of the future vehicle will surely cover a range of new options from self-driving shuttle buses to shared pods and robots for the delivery of goods, but it may also include cars for individual use such a super-light and long-range electric vehicles that are fun to drive.
It is important to understand that the underlying paradigm of the foreseeable transformations of the automobile will be a shift from mechanistic and autarkic to smart and connected systems: Whether it is the electric powertrain, the automated driving functions or the shared operation — all essentially require safe, efficient and reliable self-control, but significantly benefit from additional information on energy, traffic and demand provided by digital platforms in the backbone and the cloud.
This is making smart components, modules and architectures and their integration into the networks of power, data and services the key to enabling the automobile of the future. Moreover, providing the ideal basis for big data analysis and deep learning, these smart systems promise further advancements of proactive, adaptive and intelligent on-demand mobility for people and goods in the future.
Since more than 20 years, it has been the mission of the AMAA conference to detect novel trends in automotive electronics and communication systems and to discuss the implications early on.
Key topics of the AMAA are: How to enable the electric, automated and shared car of the future? How to reliably perceive the environment of the vehicle?
How to tailor human-machine interaction in automated vehicles? HMI design for high automation levels, handover concepts, driver monitoring, interaction with VRUs, intention recognition, new entertainment concepts for passengers etc.
How to guarantee data privacy and security? How to provide functional safety levels for and validation of fully automated vehicles? How to facilitate energy efficiency, minimize pollutant emissions and maximize electric range? Registration The presenting author of an accepted paper is obliged to register for the conference and will benefit from a reduced registration fee.
The payment of a registration fee is mandatory for all participants, including the presenting authors.
The registration fee covers a copy of the conference book, coffee breaks, lunch and a social event including dinner on the first day of the conference. For registration we offer the following schemes:This presentation reviews various design techniques, approaches, principles, successes, pitfalls and roadblocks to the design, approval and implementation of effective green infrastructure for storm water management systems.
Using the Advanced Thermal Comfort Model to study comfort implications of emerging green building technologies. CBE Thermal Comfort Tool Creating a free online tool for evaluating comfort according to ASHRAE Standard Thermal comfort is generally thought to be captured by measurements of four quantities: dry-bulb temperature, relative humidity, air speed, and radiant temperature.
Dry-bulb temperature is measured at 27 locations; relative humidity and radiant temperature are measured at . Thermal comfort is the condition of mind that expresses satisfaction with the thermal environment and is assessed by subjective evaluation (ANSI/ASHRAE Standard 55).
The human body can be viewed as a heat engine where food is the input energy. The human body will generate excess heat into the environment, so the body can continue to operate.
Elite Comfort Solutions is an expert in foam technologies including bedding, furniture, packaging, automotive, aerospace, marine, and medical products. Ladybug Tools is a collection of free computer applications that support environmental design and education.
Of all the available environmental design software packages, Ladybug Tools is among the most comprehensive, connecting 3D Computer-Aided Design (CAD) interfaces to a host of validated simulation engines.