Respuesta :
Answer:
The algorithms and their advantages-disadvantages are given below.
Explanation:
1. Least Connection
Advantage:
The load balances track the transfers constantly, as well as read the details.
Disadvantage:
Server efficiency is indeed not optimal because there are different application computing abilities.
2. Round robin:
Advantage:
Implementation is simple and easily understandable.
Disadvantage:
This methodology or algorithm seems to be suitable for more than just clusters composed of servers with similar specs.
3. Least Loaded Algorithm
Advantage:
We relate to that as the base technique, and then use it as the basis for comparison with several other strategies results.
Disadvantage:
Such knowledge is almost always unclear when the demands appear, and therefore it is quite hard to accomplish to be using the standard algorithm.
4. Dynamic Round Robin
Advantage:
Easy to execute, it calculates almost all of the server pressures in real-time.
Disadvantage:
Might trigger one processor to overrun while some are underutilized.
5. Weighted Round-Robin Allocation
Advantage:
This is an evolved round-robin edition that removes the shortcomings of that algorithm in a straightforward round.
Disadvantage:
It doesn't quite recognize the specialized criteria for high availability, including response times for each application.
It should be noted that a load balancer simply means a device that keeps a server from being overloaded.
A load balancing algorithms is the logic that explains that a load balancer uses for the distribution of network traffic between servers.
There are different load balancing algorithms such as weighted round robin, resources based, least connection, etc.
In conclusion, load balancing safeguards against traffic and helps to prevent security compromise.
Learn more about algorithms on:
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