CEO of StreamSend Recommends Email Marketing Deliverability Best Practice Strategies

Sacramento, CA (PRWEB) April 18, 2008

As an email marketer you may face email deliverability issues every day. Whether you’re sending a personal email or bulk customer communication, electronic messages are frequently intercepted, filtered, erroneously labeled as spam, bounced or returned to the sender as undeliverable. For routine non-business correspondence, this is simply a minor annoyance and inconvenience. But when your message broadcasts a crisis or emergency, or if it includes time-sensitive account, billing or service information, you could face serious consequences. If you’re a marketer, every undelivered message translates into lost revenue. Luckily, there are ways to improve the odds of delivery and decrease the chance of running into problems in the first place

The key to email deliverability lies in earning the trust of Internet Service Providers, or ISPs. Because these companies need to provide quality service to their subscribers, they devise standard protocols and policies regarding unsolicited bulk email. To communicate with your subscribers and customers, without interference, focus on four key criteria proven to optimize deliverability rates.

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Global Power Cord Industry 2020 Forecast Report, Technology Development & Applications Now at

Dallas, Texas (PRWEB) September 09, 2014

The Global Power Cord Industry is a professional and in-depth study on the current state of the Power Cord industry in Global.

The report provides a basic overview of the industry, including definitions, applications and industry chain structure. Global market analysis and Chinese domestic market analysis are provided with a focus on history, developments, trends and competitive landscape of the market. A comparison between the international and Chinese situation is also offered.

Major companies included in Power Cord market research are Omron, Longwell, Think Allied, Yfc-Boneagle, Kord King, Fund Resources Group, Stayonline, Aurich, Volex, William Campbell, Mega, Hongchang Electronics, Americord, Ukb Electronics, Strong Power, Ningbo Chenglong, Wengling Antong, Biger Electronic, Disney, Junye, Shangyu Jintao, Qiaopu, Yaosheng, And Queen Puo. Get a copy of this report @ .

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Explain the purpose of different types of objects identified during domain analysis. Explain how these objects interact among each other

The different kinds of objects identified during domain analysis and their relationships are as follows:

Boundary objects: The boundary objects are those with which the actors interact. These include screens, menus, forms, dialogs, etc. The boundary objects are mainly responsible for user interaction. Therefore, they normally do not include any processing logic. However, they may be responsible for validating inputs, formatting, outputs, etc. The boundary objects were earlier being called as the interface objects. However, the term interface class is being used for Java, COM/DCOM, and UML with different meaning. A recommendation for the initial identification of the boundary classes is to define one boundary class per actor/use case pair.

Entity objects: These normally hold information such as data tables and files that need to outlive use case execution, e.g. Book, BookRegister, LibraryMember, etc. Many of the entity objects are “dumb servers”. They are normally responsible for storing data, fetching data, and doing some fundamental kinds of operation that do not change often.

Controller objects: The controller objects coordinate the activities of a set of entity objects and interface with the boundary objects to provide the overall behavior of the system. The responsibilities assigned to a controller object are closely related to the realization of a specific use case. The controller objects effectively decouple the boundary and entity objects from one another making the system tolerant to changes of the user interface and processing logic. The controller objects embody most of the logic involved with the use case realization (this logic may change time to time). A typical interaction of a controller object with boundary and entity objects is shown in fig. 8.2. Normally, each use case is realized using one controller object. However, some use cases can be realized without using any controller object, i.e. through boundary and entity objects only. This is often true for use cases that achieve only some simple manipulation of the stored information.