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Importance of Management System

Archives 2019

Omid Shekarchian and the VoIP revolution

Omid Shekarchian, veteran and pioneer in the field of Information Technology and Telecommunication has made a substantial contribution in voice and data networks for more than ten years. VOIP telecom is definitely among the hi-tech advancements observed over the years. Omid Shekarchian is an expert in Business administration and marketing strategies which has proved major achievements in Telecom sector. A much sought after consultant in the field of software development, he is well versed with technologies in both back end and front end interface. His efficiency as Telecom General has demonstrated great foresight to bring about telecom network expansion in US, Canada, and some European countries. Major grounds captured by him are Business Development, Business Administration, Telecom network design, Maintenance, System Integration and development.

He has wide-ranging and specialized technical expertise in telecom network design and has applied this expertise and broad understanding of multiple disciplines to his business. He integrates expert knowledge of technical principles and methods of multiple disciplines due to his comprehensive knowledge of products/ services and internal operations. His impeccable marketing sense, sound business management strategies has pushed the frontiers of VoIP industry to different Middle East countries and the US. Estimates reveal that thousands of businesses have saved up to 70% on their monthly phone bills by switching to a VoIP phone service as recommended and set up by Omid Shekarchian. This speaks volumes about the man's business management skills and his uncanny knack of business management, Telecommunication industry was beset with multiple problems previously as there was a major disconnect between network workstations.

The advent of Voice over IP (VoIP) software packages signaled a drastic revolution for the industry and most of the problems got sorted out. VoIP services are similar to facsimile and voice messaging applications which aid voice and data transmissions over the internet and is different than the heavily used public switched telephone network. His Unique ability range from Technology Infrastructure, Telecommunications, Telephone systems, VoIP, IT and Computer Networks

The voice signals in Analog form are converted into digital form which is then transformed into IP compatible signals ready to be transmitted over the internet. There are various telephone signal protocols including SIP Session Initiation Protocol which are used for VoIP calls. Omid brought about an intelligent change in the whole process. With the vision of Business Administration Omid identified the solutions in the form of new techniques which are used at the receiving end. As an efficient Telecom General he has taken care of needs to meet the unique requirements of each customer.

To implement VoIP in one’s company, the right provider is essential. The provider should be aware and well versed with the changing technologies and should be in a position to offer the most competitive schemes available. Omid Shekarchian has intensive knowledge and broad experience in the field and is best suited provider for any company who wants to implement VoIP in the company. He connects with vendors and customers through TDM or Voice over IP (VoIP) using SIP. His services present a perfect blend of state-of-the-art telecommunication technology and innovation for corporate communication.

Passive Stormwater Management Systems Greener Alternatives to Active Rainwater Collection Systems

Although rainwater collection systems facilitate sustainable living by means of reducing a household's reliance on water service providers, it may not be as practical when implemented on a larger context. Stormwater collection for an entire community requires years of planning and construction to effectively set an adequately functional rainwater management system in place. Several personnel must be tapped to construct the various well placed catchment areas, dependable conveyance mechanisms, massive storage facilities, efficient distribution mechanisms, and most importantly, effective purification facilities.

Not too many communities have the financial capacity to install rainwater collection systems. As such, they opt for traditional methods when handling stormwater—the construction of sewage systems, floodgates, dams, and other methods of preventing rainwater from becoming stagnant or eliminating it altogether. Fortunately, there is a natural approach to managing stormwater without setting up elaborate mechanisms and maintaining expensive facilities. Passive stormwater management systems collect and divert rainwater to sustain landscaped areas.

Passive stormwater management systems make use of various methods to channel rainwater into areas where "green" water levels need regulation. Passive stormwater management systems could use swales, microbasins, rain gardens, French drains, permeable pavements, and curb and road grading design to effectively divert rainwater to areas where it is needed most. A passive rainwater collection system emulates the natural hydrological cycle, which could efficiently support vegetation, augment groundwater recharge, and reduce erosion and flooding.

Microbasins are miniature catchment areas where small amounts of rainwater could be collected. Differently, storm water systems with swales divert rainwater from buildings. Swales' sloping configuration diverts rainwater from low to medium downpours. French drains and rain gardens facilitate quick collection of stormwater, especially during heavy downpours. French drains lead rainwater to several storage tanks while rain gardens collect stormwater and channel them into a central storage unit.

Storm water systems with permeable pavements allow rainwater to pass right through them, expediting rainwater collection. The diverted stormwater is transferred to sand or gravel sub-base layers which ultimately lead to natural soil layers. Parking lots can be designed to have various grading elements to channel rainwater into landscaped areas. Stormwater can be directed to flow right into depressed areas where it can enter and subsequently seep into exposed natural soil.

However, these stormwater best management practices could only do so much to protect areas from stormwater. Ironically, their cost-effectiveness may come with a heavy price. The amount of maintenance needed by such systems may discourage some individuals from setting them in place. As such, low impact development experts suggest that the installation of active stormwater collection mechanisms could augment the efficacy of passive rainwater collection systems. These mechanisms include multi-level tanks that could provide extra storage and much needed purification for collected stormwater.