#MACDOPPLER CHANGE FOOTPRINT SIZE HOW TO#
This article, which is also based on Johnson Shih’s video, provides tips on how to reduce the OS size by using two approaches: working with modules and working with Sysgens. How to Analyze OS ROM Size, which is based on Johnson Shih’s video on You can calculate the size of the OS and its individual modules and files by using the techniques described
#MACDOPPLER CHANGE FOOTPRINT SIZE WINDOWS#
This article is written on the inspiration after reading the book ‘How Bad are Bananas?: The Carbon Footprint of Everything’ written by Mike Berners – Lee.When you design a Windows Embedded Compact 7 OS for a device that has limited ROM, the size of the OS footprint in ROM is particularly important. Let’s do our part in reducing the emission of greenhouse gases by doing simple things and it will surely help our earth to combat the Climate change effects.
![macdoppler change footprint size macdoppler change footprint size](https://i.pinimg.com/originals/fe/04/be/fe04be24478892a99da67df98efe49aa.jpg)
![macdoppler change footprint size macdoppler change footprint size](https://www.mdpi.com/remotesensing/remotesensing-11-01274/article_deploy/html/images/remotesensing-11-01274-g007a.png)
Just try to imagine how big these numbers if billions of emails sent every year by billion people. The numbers may look small while considering a single individual. So, a business email users CO2e is equal to driving 164 km to 240 km (imagine how big is this!).
![macdoppler change footprint size macdoppler change footprint size](https://i.pinimg.com/originals/6c/16/71/6c1671912b766e510f7ea8a98ce4b593.jpg)
To understand this even better, let’s consider the CO2e emission from our cars. With this data, a business user emits around 1.6 kg CO2e which is equivalent to approximately 410 to 600 kg CO2e per year. Suppose if you send or receive 10 emails everyday which include 5 emails with attachment and 5 without attachment (assumption), we can calculate the CO2e as followsĮmails without attachment = 5 * 4g = 20 g CO2eĮmails with attachment = 5 * 50g = 250 g CO2eĪccording to the recent survey from Carleton University, a business user receives and send around 121 emails per day. Let’s try to understand this concept with data.Īn email with a large attachment emits approximately 50 grams of CO2e (Carbon dioxide equivalent) while a text email emits 4 grams of CO2e to the environment, Sending or receiving an email utilizes energy while typing the email (power utilized by device), while sending it over the internet, while it get stored in the database and of course while you read that email in your device. What does an email have to do with the carbon footprint and why do we need to consider this as a serious issue? The numbers are huge right? Emails and Carbon footprint The approximate number of emails sent per day is 200 million. There are nearly 4 billion email users and 5.6 billion active email accounts exist in our world. They replaced the paper works in most areas which helped in reducing paper pollution but still contributes to carbon emission. EmailsĮmails help us in communicating electronically instead of papers. Let’s see how emails causing such impact to our individual footprint. Even if you cannot reduce your daily activities which contribute to your carbon footprint, we can do some small things which have a greater impact on our footprint.
![macdoppler change footprint size macdoppler change footprint size](https://i5.walmartimages.com/asr/9b446197-13ea-466d-8055-2402fd7c8cde_1.4b8f6316123ab15f3ffe38f6e1e6dec3.jpeg)
Greenhouse gases emission has a direct impact on the global rise in temperature. Carbon Footprint refers to the amount of greenhouse gases generated to the atmosphere because of our actions which include Transport, Food, Shopping, etc.