Running Header: TYPES OF DISASTER AND RAID TECHNOLOGIES 1
TYPES OF DISASTER AND RAID TECHNOLOGIES 5
Types of Disaster and Raid Technologies
Question 1 – Preparedness of Organization on biological attacks.
Preparation for “bioterrorist attacks” and initial identification of precise causes are important for “public health”. Departments of Emergency might participate in an essential responsibility in this area. The great range of this attack includes not merely calamitous violence with quantity fatalities, but as well as “micro” events using “low technology” though creating public unrest, disease, disruption, death, and disabilities. Organizations should be prepared against this form of attack via Recommending for the Choice and Usage of Protective and Respirators of Clothing to Protect against “Biological Agents”. This method will greatly assist due to that “Biological” weaponries might uncover staffs to viruses, bacteria, or poisons as delicate airborne elements (A. K., Güzel, Erenler, M., & Baydin, A. 2018).
Question 2 – Preparedness of Organization on sarin or toxic gas.
The organization should be prepared against this kind of attack by having in place national disaster response team contacts, healthcare provider’s contacts, and contacts for the law enforcers. They should also have gas masks in place just in case such occurs. This is due to the reasons that the initial groups expected to react to such an attack with poisonous affluence having instant results are probably law enforcers and emergency medicinal staffs. In compare, the initial to give a response to a firstly unnoticed attack with a toxic or infective agent having merely overdue effects are most probable to be regular providers of healthcare (CDC. 2018).
Question 3 – Preparedness of Organization on low-level radiological contamination attack.
A “radiological attack” is the scattering of dangerous material to do damage. Emitting radiation materials are applied in day to day in medical centers, laboratories, food radiation plants, and manufacturing uses. Organizations should purchase and perhaps install the equipment since Radiation is capable to be readily noticed with equipment which is carried by several responders of the emergency which gives a measure of irradiation quantity rate. With the organization installing this equipment, such an attack will be very possible to detect (Medalia, J. 2015).
Question 1 – What is the most common implementation between Raid 0 – 5?
“Redundant Array of Inexpensive Disks or Redundant Array of Independent Drives” is a technology that is applicable to raise the functioning and/or consistency of storage of data. Its system comprises either two or additional disks which functions in a parallel manner. “RAID 5” is the utmost common secure “RAID” level. It needs a minimum of three disks though it is capable of working with up to 16. Blocks of Data are striped crossways the disks and on single disks an equivalence “checksum” of entire the data block is inscribed. The equivalence data are not inscribed to a secure disk, they are distributed across entire disks. Through the use of the data that is parity, the Pc is capable to “recalculate” the data of one of the other blocks of data, must those data be “no longer” accessible. That implies that a “RAID 5” array is capable to endure a single disk breakdown deprived of “losing data” or accessibility to data. Even though “RAID 5” is capable to be attained in software, a hardware regulator is indorsed. Often more “cache memory” is employed on these regulators to enhance the inscribe functioning (Prepressure. 2019).
Question 2 – What is the most expensive between Raid 0 – 5
The most expensive raid is “Raid10”. Semi the collection volume is expended to uphold “fault tolerance”. In this RAID, the above upsurges with the number of drives, opposite to “RAID levels 5 and 6”, wherever the overhead is similar for any amount of drives. This brand’s “RAID10” as the utmost costly type of RAID type once mounted to huge capacity (PhoenixNap. 2019).
CDC. (2018, October 16). Recommendations for the selection and use of respirators and protective clothing for protection against biological agents. Centers for Disease Control and Prevention. https://www.cdc.gov/niosh/docs/2009-132/default.html
A. K., Güzel, Erenler, M., & Baydin, A. 2018. (2018). How prepared are we for possible Bioterrorist attacks: An approach from emergency medicine perspective. The Scientific World Journal, 2018, 1-4. https://doi.org/10.1155/2018/7849863
Medalia, J. (2015). Dirty bombs: Technical background, attack prevention and response, issues for Congress. DIANE Publishing.
PhoenixNap. (2019, December 27). RAID levels and types: Differences and benefits of each (0, 1, 5, 10). Knowledge Base by phoenixNAP. https://phoenixnap.com/kb/raid-levels-and-types
Prepressure. (2019, October 3). Raid. https://www.prepressure.com/library/technology/raid