Cloud Hosting is The Architecture of Cloud Computing Techniques

Cloud Hosting Technique

Cloud Hosting is The Architecture of Cloud Computing Techniques

Cloud Hosting is The Architecture of Cloud Computing Techniques

provides the hosting services in the form of a single virtual machine and is implemented through the use of cloud computing and cloud architecture. It dynamically distributes data and processes across the small servers of the system for processing. The cloud hosting system is divided into many virtual machines. The services offered by a loud hosting service provider are located at its premises and these can be accessed by using client software.

The cloud hosting allows the users to get their applications up and running much faster and enables the quick readjustment of virtual resources to meet the dynamic demands like increased data rate, traffic size and storage requirements. The users can assess the cloud using different client devices like desktops, laptops, tablets and phones. Some of the user devices require real time cloud computing for running their applications, while others can interact with a cloud application via web browsers. Some cloud applications only support specific client software dedicated for these applications. Some legacy applications are also supported through screen sharing technology. The internet giants such as Google and Amazon are using this state of art hosting technology successfully for their servers.

Cloud hosting can be offered in three different modes i.e. infrastructure as a service(IaaS) , platform as a service(PaaS) and software as a service(SaaS). The basic mode IaaS , offers the services in the form of physical or virtual machines ( computers & other processing devices), raw/block storage , firewalls , load balancing mechanism and networks .The IaaS mode services provider supply these resources from a large deployed pool of resources in data centers andthis also include provisioning of local area networks and  IP addresses. The PaaS mode cloud hosting services provider offers a cloud computing platform  that include an operating system, programming execution environment, database and server. The PaaS application software can be developed and run on a cloud platform and does not involve cost and complexity of buying and managing the hardware and software layers. The (SaaS) mode cloud hosting services provider  install and operate application software in the cloud and cloud users access the software from cloud clients and the cloud platform in this case is not managed by the clients. Clouds hosting can be physically deployed in the form of public cloud, personal cloud, hybrid cloud and community cloud.

Cloud hosting has greatly reduced the website operational cost. In older versions of servers, the clients used to pay for a specific bandwidth irrespective of the traffic on that server. The cloud hosting has tackled this problem through the skillful use of variable costing method, where the cost will increase with the traffic and as the load/traffic reduces the cost will be automatically decreases.

The cloud hosting has a great advantage in terms of its security, as it operates in isolated environment and only the host has the access to it. One of the biggest advantages of cloud hosting is that the cloud platform manageability, maintenance and upgrades can be easily and remotely accomplished, as it does not require any physical/hardware maintenance repair and replacement.

Ubuntu-Powered Robots and Augmented Reality Helmets to Be Showcased at MWC 2017

As expected, Canonical will be present once again at the MWC (Mobile World Congress) event this year, where the company behind the popular Ubuntu Linux operating system will showcase its latest innovations.
MWC 2017 is taking place first thing next week, between February 27 and March 2, and we’ve been informed earlier by Canonical that they are currently finalizing arrangements for their presence at the world’s largest gathering for the mobile industry, at stand 3k31 in Hall P3.
This year, Canonical will be showcasing their latest Ubuntu-related developments, including the Ubuntu mobile OS (Ubuntu Touch) on the Fairphone 2 modular smartphone, as well as live demonstrations of the latest digital signage solutions, home automation kits, base stations, and for the first time, augmented reality helmets.
Yes, you’re reading it right, an Ubuntu-powered augmented reality helmet developed by DAQRI, a leading enterprise augmented reality company will be on display at the Ubuntu’s booth at MWC 2017. The helmet is called DAQRI Smart Helmet, it uses an Ubuntu AR (Augmented Reality) application and can be employed in industrial settings.
Besides the DAQRI Smart Helmet, visitors will also be able to see and interact with a couple of five-foot-two interactive androids powered by the Ubuntu Core operating system, called REEM and REEM-C.

Source: http://news.softpedia.com/news/ubuntu-powered-robots-and-augmented-reality-helmets-to-be-showcased-at-mwc-2017-513212.shtml
Submitted by: Arnfried Walbrecht


Uncategorized

3 little things in Linux 4.10 that will make a big difference

Linux never sleeps. Linus Torvalds is already hard at work pulling together changes for the next version of the kernel (4.11). But with 4.10 now out, there are three groups of changes worth paying close attention to for the ways they improve performance and enable feature sets that weren’t possible before on Linux.

Here’s a rundown of those changes to 4.10, and what they likely will mean for you, your cloud providers, and your Linux applications.

1. Virtualized GPUs

One class of hardware that’s always been difficult to emulate in virtual machines is GPUs. Typically, VMs provide their own custom video driver (slow), and graphics calls have to be translated (slow) back and forth between guest and host. The ideal solution would be to run the same graphics driver in a guest that you use on the host itself, and have all the needed calls simply relayed back to the GPU.

To read this article in full or to leave a comment, please click here


Cloud Computing