Projects operate within the constraints imposed by the organization through its structure; and organizational structures can take many forms and types. Table 2-1 on page 47 of the PMBOK (PMBOK® Guide) compares several types of organizational structures and their influence on projects. The most common are Functional, Matrix, and Project-Oriented. In this Application Assignment, you will explore the role of the project manager and select the appropriate organizational structure for the Southern Care Hospital Project.
Refer to the Southern Care Hospital case study on pages 72–73 of “Project Management in Practice” and this week’s readings from the PMBOK (PMBOK® Guide).
. Write a 2 to 3 page paper answering the following questions:
Describe the primary roles and responsibilities of a project manager.
Referring to Table 2-1 in the PMBOK (PMBOK® Guide), which of the organizational structures do you think is most beneficial to the project and why?
What are some of the similarities and differences between the various organizational structures?
What criteria would you use to select resources to serve on your project team?
From the available resource pool, who would you select to be on your project team? Why?
Because of speedy growth in the electronics field and the need for fast and easy connect between the computer and its related peripherals and electronic devices, USB has been used. USB is the result of joint development between various companies. It has been designed to create channels of communication of little and medium speeds, the goal of which is to replace Serial Ports and Parallel Ports of the computer, and are designed to be relatively faster and easier to install and cheaper to use application and give comfort in operation and freedom in versatility in the type and in the number of devices, these days the biggest challenge in developing USB is to reach a higher rate in data transmission , so it has been developed to which it called the Super Speed plus USB. It is standard for wired connection between two electronic devices (with maximum speed of 10 Gbps). In This paper, we discuss the Architecture of Super Speed (USB 3.0) and Super Speed plus (USB 3.1), Data Transfer method, and Power Management. Keywords— Universal Serial Bus, Super Speed plus USB, USB3.1 I. INTRODUCTION USB technology that has been placed at the head of innovation in the computer world. At the beginning the target was for the innovation of USB the need for a Plug and Play connector that will enable to connect many peripherals with the computer and Get rid of the different ports on the PC as well as simplify dealing with the external devices without the need to identify with the operating system. But now the USB turned to another way where it is now used in the connect of the electronic devices with each other and not just with PCs, also it is becoming a solution for the charging problem, because One of main advantages is the new protocol, which allows increasing the electrical efficiency. So its fix the problem with the devices which do not charge via the USB port due to not having enough power from the host device. Previously, the USB transfer rate gave a speed was considered good enough at that time, USB 1.0 declared in Jan 1996 with rates of 1.5 Mbit/s (Low-Bandwidth) and 12 Mbit/s (Full Bandwidth), USB 1.1 declared in Sep 1998. Earliest revision to be widely embraced. Initially, USB offered two speeds (12 MB/s and 1.5 MB/s) that peripherals could use. As PCs became more and more powerful and able to process bigger amounts of data, users needed to get more and more data into and out of their PCs. This led to the development of the USB 2.0 (called Hi-Speed USB) in 2000 to provide a third transfer rate of 480 MB/s. The USB 2.0 was a revolution in data transfer speed when it was released in the past , The USB 2.0 speed of up to 480 Mbps, a speed is a quite fast if you compare it with the time that have been invited, but with the developments of portable devices like PCs>GET ANSWER