Designing Sustainable Cities Using Neoteric Software
- by Team
The author(s) declared no potential conflicts of interest with respect to the authorship and/or publication of this article.
In 2014, more than 500 million people worldwide lived in urban areas, and this number will increase by some 20% by 2020^[@R1]^. Urban living and work environments influence the health of individuals and societies. With the continuous growth of new large urban centers worldwide, the number of premature deaths due to lifestyle-related illnesses such as diabetes, hypertension, asthma, and cardiovascular diseases is predicted to increase^[@R2],\ [@R3]^.
In general, most of the health risks and diseases that are linked to urban life are connected to pollution and noise, particularly due to road traffic, vehicle traffic, and noise pollution^[@R4]^. More recently, urban populations have been impacted by a number of environmental changes, including global warming, urban sprawl, and rapid population growth^[@R5],\ [@R6]^.
There is increasing evidence that these environmental changes are affecting humans in a global way, thus affecting people\’s behavior and interactions with the environment, which will eventually influence the health of their communities^[@R7],\ [@R8]^. For example, an increase in air and water pollution is currently predicted in certain parts of Southern California^[@R5],\ [@R8]^. On the other hand, a report published in 2015 by the World Health Organization reports that almost a quarter of all children (24% of boys and 22% of girls) and half of adults (45% of boys and 28% of girls) in urban centers of the world died of some form of childhood diseases in 2009–2013^[@R9]^.
Due to the increasing number of people living in urban areas, it is imperative to carry out research on urban environments and how they affect their health. In addition, an increase in such environments will have negative effects on the health of individuals both at the individual level and at the community level.
Designing Sustainable Cities Using Neoteric Software
Software for Sustainable Cities aims to solve the challenges associated with implementing sustainable cities in their current forms. The project is aimed at building a range of software applications relating to such challenges, particularly for the purpose of guiding project design and development. The software is designed to be extensible and to incorporate the latest developments in sustainability information technology. An inter-disciplinary team of software development experts has been assembled, comprising experts in Software Engineering, Systems Engineering, Information Technology and Management, Geoscience, and a range of computer science disciplines. This group of software developers has, in addition, been charged with implementing the software programme through the project. They have been involved in the design process, the development process, the testing process and the release of the software.
The aim of the software development framework is to provide a set of software design tools and techniques, and to facilitate the collaboration in the design and development of software applications. Software development using design tools is the subject of this paper. These include a set of design and development techniques known as software design techniques, which will be described later as their components. Software design patterns, which are patterns used to create software systems and applications, have also been taken into consideration.
Urban InVEST: Combining climate and economic data from multiple sources
Last week we conducted a large-scale data exploration with data from various sources in order to improve the analysis on the City of Austin’s 2015 climate change assessment. The resulting data analysis is published here.
The City of Austin uses a wide variety of data sources to conduct research on climate change impacts and to inform decisions. One such data source includes three publicly available climate change datasets from the National Oceanic and Atmospheric Administration (NOAA) Climate Service that cover the period between 1987 and 2013. They include the annual average daily temperature (T, °C), the annual population (number of people living in Austin, °C), and the annual average surface heat content (SH, °C/m²).
The City’s analysis used these three datasets to identify those locations that show higher air-surface temperatures, and those that showed higher population and heat content than the average. This data exploration was a result of an analysis of the City’s 2015 climate change assessment using data from multiple sources.
This data analysis involved a series of queries and statistical analyses. For this analysis we identified locations that showed a higher annual average air-surface temperature than the average for the same year (T), population, or heat content. We then identified those locations that showed a higher air-surface temperature, population, and heat content than the average for that year (or higher rates in the case of heat content). We then used those locations to identify those areas that showed positive growth in population and heat content in the city. Finally, we used those locations to identify those areas that show a lower air-surface temperature than the average or show negative growth in population and heat content.
In this case, each year’s average air-surface temperature in the three sources we use to identify locations with high rates of change were compared against the year’s population and heat content. These three sources include the annual average daily temperature (T, °C), air-temperature-based populations (where T is annual average daily temperature, °C), and air-temperature-based heat content (the heat content for the year divided by the population in the city).
Urban InVEST Analysing the Battleground between Urban Infrastructure vs Natural Infrastructure
[Brief Article] As it is now, the main theme of our project is urban infrastructure, which includes transportation infrastructure, infrastructure for urban development, and energy and environmental infrastructure. In this report, we want to analyse the situation in the urban areas as it currently exists, and to create a roadmap in order to achieve good urban development. For this, we need to analyse the infrastructure and development. Therefore, we want researchers from the field of architecture, civil engineering, urban planning, planning theory, urban planning and urban design to contribute to our project. In this case, researchers working in the field of civil engineering, and urban planning are both appropriate.
Recently, the concept of ‘development’ has been used in many public discussions. Developers are trying to increase the number of people who can live or work in an area. People are not only worried about the current size of the area; they are also asking themselves ‘how do we create a good environment for them?’. Therefore, it is a good idea to consider the current urban landscape and use the environment as the main part of the development process. However, the question how to create a good environment has never arisen seriously for the urban field. Answering this question would greatly clarify the future development of the city in the future. Therefore, it is important to analyse the infrastructure and buildings in the cities. This is the first study in an urban area to analyse the infrastructure and buildings, and its results can be widely used and applied in other cities.
The urban infrastructure is the most important part of urban development. In recent years, many new buildings and infrastructures have been built in the city, including high-rise buildings, multi-story buildings, underground railway lines, and so on. Therefore, this is the most important part of urban development. The development of these infrastructures in urban areas can create many problems for people and cause pollution problems.
In this article, we focus on one example of urban infrastructure, namely the high-rise building. By the year of 2020, the number of high-rise buildings has increased dramatically. At present, the number of high-rise buildings has increased in a huge scale. In many cases, people now use their own land for housing.
Tips of the Day in Software
I’m back today to talk about how to make more time for software development and more software. I have to say, the majority of my days are spent looking at code or staring at the computer screen. Not much time to enjoy myself.
Now, you know I’m not against you taking a long walk or swimming. I do like to get a good workout and go for a brisk walk around the block or ride my bike. As always, I am not suggesting you should give up your computer. I do encourage it. Just use it more for fun, socializing and just getting things done.
1) Ask yourself “What is a priority this week?” It might be something mundane like making something happen right away or getting some work done for your team.
2) Focus on the work you’ve done over the past few weeks. Don’t sweat too much on that because you might forget something you should have done to get it done.
Spread the loveThe author(s) declared no potential conflicts of interest with respect to the authorship and/or publication of this article. In 2014, more than 500 million people worldwide lived in urban areas, and this number will increase by some 20% by 2020^[@R1]^. Urban living and work environments influence the health of individuals and societies. With…
- CyberNative.AI: The Future of AI Social Networking and Cybersecurity
- CyberNative.AI: The Future of Social Networking is Here!
- The Future of Cyber Security: A Reaction to CyberNative.AI’s Insightful Article
- Grave dancing on the cryptocurrency market. (See? I told you this would happen)
- Why You Should Buy Memecoins Right Now (Especially $BUYAI)