Unit 3 DB
This response will discuss the advantages and disadvantages of cloud computing, and outline some of the considerations for IT managers when considering the use of cloud computing. Foremost, cloud computing has the advantages of low barriers to entry, potential for scaling up, on-demand services, and lower IT investment costs. (Grossman, 2009) Cloud computing allows for low barriers to entry in terms of cost and implementation, especially to organizations which are not large enough in terms of computing needs to warrant in-house services. (Apostu et al, 2013) Furthermore, cloud computing allows organizations to scale up and use computing services on demand, in accordance with the specific size of their needs. Finally, cloud computing allows organizations to reap economies of scale, which reduces the cost of their IT investment as these organizations need not acquire their own infrastructure and hardware, given that they can simply use the cloud computing service provider’s infrastructure and hardware. However, cloud computing has the disadvantages XX reliability XXX security. XXXXXXXX, XXXXX computing XXXXX may XXXX XXXXXXX and bandwidth XXXXXX, especially XXXXXX high-peak usage XXXXXXX in the XXXXX computing network. Furthermore, XXXXX XXXX been XXXXXXXXX XX security breaches in cloud computing networks. IT XXXXXXXX should thus consider cost, organizational needs, XXXXXXXX XXX XXXXXXXXXXX XXXX XXXXXXXXX in a XXXXX computing XXXXXXX provider. (XXXXXX XX XX, 2013) XXXX XXXXXX XXXXXXXX the XXXXXXXX of resources needed for their XXXXXXXXXXXX, and choose the service provider that provides XXXXXX and reliable service at XXXXXXX cost.
References
XXXXXX, X., Puican, X., Ularu, G. X. A. N. I. N. A., Suciu, X., & Todoran, G. (XXXX). XXXXX on advantages XXX disadvantages of XXXXX XXXXXXXXX–XXX XXXXXXXXXX XX Telemetry Applications in XXX XXXXX.Recent XXXXXXXX in XXXXXXX Computer Science XXX XXXXXXX Services,XXXX.
XXXXXXXX, R. L. (2009). XXX case XXX cloud XXXXXXXXX.XX professional,11(2), XX-XX.
Unit X Assessment
XXXXXXXX 1
XXXXXXX the connection XXXXXXX IT XXXXXXXXXXXXXX and business XXXXXXXXXXXX.
IT XXXXXXXXXXXXXX refers to the XXXXXXXX XXXXXXX XXX XXXXXXXX XXXXXXXXX XX operate enterprise XXXXXXXXXXXX, XXXX XX data management services, XXXXXXXXXXX XXXXXXXX, cloud XXXXXXXXX and XXXXXXXXXXXXXXXXXX platforms. IT infrastructure can be XXXX XX enhance the XXXXXXXXXXXX XXX efficiency XX business XXXXXXXXXXXX such XX sales, human resource XXXXXXXXXX, XXXXXXXX service, supply chain management and production. For XXXXXXX, XXXXXXXXX XXX XXX AI-augmented XXXXXXXXX XXX data XXXXXXXXX to XXXXXXXX the XXXXXXXXXXXX and XXXXXX XXXXXXX in their supply XXXXX management XXXXXXXXX. XXXXXXXXX can also XXX cloud computing XX increase their XXXXXXXX XXXXXXXXXXXX to XXXXXX costs, and use XXXXX or XXXXXX XXXXXXXXX XXXXXXXXXXXX XX XXXXX XXXXXX XXXXX, XXXX as XXXXXX XXXXXXXXXXXX.
Reference
XXXXXXX, S., &XXX; XXXX, X. (XXXX). XXXXXXX XXXXXXX through XX XXXXXXXXX capabilities: The XXXXXXXXX XXXX of XX infrastructure capabilities.XXXXXXX XX the XXXXXXXXXXX XXX XXXXXXXXXXX Systems,8(X), XX.
Weill, P., & Vitale, M. (2002). What IT infrastructure XXXXXXXXXXXX are XXXXXX to implement e-business models?.Mis XXXXXXXXX,X(1), XX.
Question X
XXXXXXXX XXX XXXXXXXXXX between XXXXXX XXX XXXXXXX XXXXXXX. XXXXXXX an XXXXXXX of XXXX.
An XXXXXX signal is a continuous XXXX-based signal characterised XX amplitude, period and XXXXX, XXXXX transmits XXXX in wave form, XXX is more prone XX distortion. A XXXXXXX signal is a XXXXXX-based signal XXXXXXXXX XX XXX XXXX XXX XXXXXXXXX, XXXX the signal XXXX XXXXX to XXXXXXXXXX, and carrying data in a binary XXXX of range 0 to X. XXX key differences XXX XX follows. An XXXXXX signal is continuous XXX XXXXXXX while a XXXXXXX signal XX noncontinuous, XXXXXX and discrete in value. XXXXXXXXXXX, an analog signal is not fixed in range, while the digital XXXXXX XX of range 0 XX X. XXXXXXX, an XXXXXX signal XXXXXXXXX data in wave XXXX XXXXX a digital signal XXXXXXXXX in XXXXXX mode. An XXXXXXX XX an XXXXXX XXXXXX XX the XXXXX voice, XXXXX an example XX a XXXXXXX signal XX XXX cloud-based XXXXXXXXXXXX XX data over the XXXXXXXX.
Reference
XXXXX, S. X., &XXX; XXX, X. (XXXX).XXXXXXX signal XXXXXXXXXX: a XXXXXXXX-XXXXX approach (Vol. X). XXX XXXX: McGraw-XXXX.
XXXXXXXX X
XXXXXXX an XXXXXXX XX a cloud-based XXXXXXXX service XXX XXXXXXX the XXXXXXXXXX XX XXXXX XXXX XXXXXXX.
An example of a cloud-XXXXX software service XX XXXXXX’s suite of XXXXXXXX XXXXXXXX, XXXXXXXXXX XXXXXX XXXXX, Google Mail (Gmail) and XXX XXXXXX Cloud Platform. XXX XXXXXX XXXXX-based software service XXXXXX its XXXXX XXX XXX XX XXXXX-hosted XXXXX, document processing, XXXXXXX and XXXXXXXXX services, hosted on Google’s centralised cloud XXXXXXXXXXXXXX XXX services. XXX XXXXXXXXXX XX XXXXX XXXX service XXX XXXXX costs to XXXXXXXXX, XXXX XX implementation, lower investment costs, and XXX XXXXXXX XX XXXXX up the use XX Google’s XXXXX-XXXXX XXXXXXXX XXXXXXXX in XXXXXXXXXX XXXX XXXXXXX organizational needs. XXXXXXXXXXX, XXXXXX’s cloud-XXXXX XXXXXXXX XXXXXXXX generally XXXX XXXXXX in XXXXX XX security XXX reliability XX infrastructure.
Reference
XXXXX, K., XXXXXXXXX, S., &XXX; Hu, X. (2009, XXXXXXXX). Cloud XXXXXXXX with virtualized XXXXXXX XXX reputation-XXXXX trust XXXXXXXXX. In2009 Eighth XXXX International XXXXXXXXXX on XXXXXXXXXX, Autonomic XXX Secure XXXXXXXXX (XX. XXX-XXX). XXXX.
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