hi

I humbly request more information about the main difference between a British supervisor and a Japanese team leader.

Regards


Sandile
please reply to [email protected] ....etc

[:=Read Full Message Here=:]

Sensor networks are widely being used for sense-response applications. The role of the sensor nodes in such applications is to monitor an area for events of interest and report the occurrence of the event to the base-station. The receipt of the event at the base-station is followed by a prompt physical response. An example of a sense-response application is the detection of fires in a forest. The sensor nodes report the occurrence of a fire upon which fire trucks are immediately dispatched to the location of the fire. Other examples of sense-re ....etc

[:=Read Full Message Here=:]

please help me with more information about the difference between a British supervisor and Japanese team leader. ....etc

[:=Read Full Message Here=:]

retail managers



For many retail managers, the most baffling part of their job is the people part. The same leaders who can easily manage their inventory, manage their facilities, manage their books, and manage their profit margins, are often the same ones who find themselves at a loss when it comes to managing the behavior and performance of their employees. “Why can’t they just do what I tell them to do?” is the management cry heard around the re ....etc

[:=Read Full Message Here=:]

Serving as a bridge between people and computer databases, interactive voice response systems(IVR) connect telephone user with the information he need, from anywhere at any time. IVR turns a telephone into easy-to-use computer terminal, enable caller to access specific information from a host computer database without going through a live operator. The quacking pace of adoption of speech solutions in IVR industry is currently driven by improvements in speech algorithms, natural language processing, vocabulary management and language modelling. ....etc

[:=Read Full Message Here=:]

Serving as a bridge between people and computer databases, interactive voice response systems(IVR) connect telephone user with the information he need, from anywhere at any time. IVR turns a telephone into easy-to-use computer terminal, enable caller to access specific information from a host computer database without going through a live operator. The quacking pace of adoption of speech solutions in IVR industry is currently driven by improvements in speech algorithms, natural language processing, vocabulary management and language modelling. ....etc

[:=Read Full Message Here=:]

i want digital signal processing interview questions and answers ....etc

[:=Read Full Message Here=:]

Sensor networks are widely being used for sense-response applications. The role of the sensor nodes in such applications is to monitor an area for events of interest and report the occurrence of the event to the base-station. The receipt of the event at the base-station is followed by a prompt physical response. An example of a sense-response application is the detection of fires in a forest. The sensor nodes report the occurrence of a fire upon which fire trucks are immediately dispatched to the location of the fire. Other examples of sense-re ....etc

[:=Read Full Message Here=:]

Interactive Voice Response System (IVRS) is one of the most important breaks through in the field of telecommunication. IVRS provide a voice response to the customers and guide them to the information they require. The customers can call up any institute such as banks, universities, tourism industry and obtain any information by simply pressing certain button on his telephone as per the guidance of the voice fed into the computer.IVRS is an electronic device through which information is available related to any topic. IVRS is usually employed ....etc

[:=Read Full Message Here=:]

Abstract

A response surface model of the luminous flame emissivity of sodium pool fire has been proposed for use in safety analysis computer codes of a liquid metal fast reactor. The liquid sodium burns in air resulting in not only heat generation but also release of sodium oxide aerosols of sub-micron diameters. Aerosols levitating in air are radiative and they influence the allocation of combustion heat from the flame to atmospheric gas or sodium pool. The emissivity of the flame needs to be quantified, as it is one of user-specified param ....etc

[:=Read Full Message Here=:]