Scheduling a Recurring Meeting in Zoom

In this article, let's see how to set up a recurring meeting in Zoom.

We know Zoom offers 45 minutes of free meetings. And you may not be able to pay for the premium plans to extend the time duration. And when you use 45-minute zoom meetings, you may need to regenerate a meeting all the time and have to share with the meeting members all the time. Instead, you can have recurring meetings so that they can rejoin the same session. And in the meantime, you can restart the same meeting and this can help more time.

Let's see how to configure a recurring meeting.

1. Open the Zoom Application and select Schedule

2. You will see this screen.

3. Select Recurring Meeting

You will see this screen once you select Recurring Meeting.

4. To make the constant meeting ID, select Personal Meeting ID

Then it will be like this.

Check the other settings as needed and click Save.

That's it! You can start this meeting whenever you need and you can simply start it by going to Meetings in the above of this frame.

Hope it can help. Share your thoughts too.

Comments

A 3000 Years Old Love Story

Pharaoh Ramesses the Great and Queen Nefertari Pharaoh Ramesses II the Great ruled ancient Egypt during the 19th dynasty (1292-1190 BCE). His reign was the second-longest in Egyptian history, lasting from 1279 to 1213 BCE. He assumed the throne in 1279 BC as a royal member of the Nineteenth Dynasty and ruled for 67 years. In Greek sources, Ramesses II was also known as Ozymandias, with the first half of the appellation deriving from Ramesses' regnal name, Usermaatre Setepenre, which means 'The Maat of Ra is mighty, Chosen of Ra'. He is also recognized as the Egyptian Empire's greatest, most renowned, and most dominating pharaoh. His successors and subsequent Egyptians are reported to have referred to him as the Great Ancestor. Ramesses II was a famous explorer, monarch, and warrior who conducted multiple military excursions to the Levant to reestablish Egyptian dominance over Canaan. He is also supposed to have conducted journeys south to Nubia, which are documented in...

Parallel A* Search on GPU

A* search is a fundamental topic in Artificial Intelligence. In this article, let’s see how we can implement this marvelous algorithm in parallel on Graphics Processing Unit (GPU). Traditional A* Search Classical A* search implementations typically use two lists, the open list, and the closed list, to store the states during expansion. The closed list stores all of the visited states and is used to prevent the same state from being expanded multiple times. To detect duplicated nodes, this list is frequently implemented by a linked hash table. The open list normally contains states whose successors have not yet been thoroughly investigated. The open list’s data structure is a priority queue, which is typically implemented by a binary heap. The open list of states is sorted using the heuristic function f(x) : f(x) = g(x) + h(x). The distance or cost from the starting node to the current state x is defined by the function g(x) , and the estimated distance or co...

Dead Reckoning

When it is the beginning , the navigator is clearly aware of the position/location. When he starts to move (in the mid-sea or mid sky), he can get some known (measured) factors other than the position/location in terms of a fixed landmark . They are, The direction of movement (by using a compass) Speed of movement Time taken to reach each heading Using all this information, the navigator calculates the distance and route which he has covered and keeps track of his movement by plotting a nautical chart ( also called a sea chart). This technique is known as Dead reckoning . In brief, Dead recko ning is a process to determine the position of the navigator (sailing a ship or flying an aircraft) using the record of courses that have been sailed (or flown), the distance covered (by using the velocity in which he has traveled and time taken to reach the next course from the previous course), known point (the previous point is the known point) and the estimated or known or approximated ...

Decrypt Here

Search This Blog