How to calculate vulnerable time in Pure Aloha?

In Pure Aloha there are four skills that can be unlocked.

Two of them are passive skills and the other two are active. The passive skills, one of them is the passive skill called Vulnerable Time. This skill determines how many times you are vulnerable while you are on a PvP server.

You don't have to worry about this kind of skill because it is not in your class. To use the skills that can be used by your class you have to have a quest for it. Only four skills can be used by an instance of the Pure Aloha skill classes are:

The Vulnerable time passive skill. For example if you have the instance of the class Firebrand and the skill in this class uses Vulnerable time then you will gain the vulnerability count twice as the passive skill you get from the class. This is in essence the same thing that happens in WoW.

In the Burning Crusade and The Scholo they are talking about the passive skill from the skill of the Firebrand class (Vulnerable time). They are different but in the end they both cause you to get vulnerability once for each time you are targeted by an opponent.

As long as you have the skill of the Firebrand class (Vulnerable time) this skill will be counted just once. It doesn't matter how often the opponent tries to hit you, the vulnerability count will only be once. But when you talk about your WoW character the vulnerability counts will be twice for each opponent.

The vulnerable time passive skill. Vulnerable time is found in the Firebrand class. This skill will cause you to be vulnerable to an attack once for every 15 seconds you are affected by the passive skill.

Every level increases the effect of the skill by 0.5, but the skill effect will never increase the number of times you will be vulnerable during a match. In the beginning all Firebrand classes will have a value of 1.0 in the skill.

Each Firebrand class will be a random character for this skill, so you can only see the Firebrand class as the target. The Firebrand class can use this skill with the other classes.

Why is the vulnerable time in Pure Aloha twice the frame time?

You can't really run a faster game than the maximum possible FPS.

If you change the number of frames per second, then you'll need to compensate for the lack of extra frames.

For example, if you want to have 60 frames per second: 60 / frame time = 1/60. You have about 6ms to draw each frame of a 30fps game. If your game is a 3d game like the ones Valve and NVIDIA create, you need 7ms of buffer (as per this wikipedia page) to account for all the rendering and lighting calculations that go into each frame, so you'd want your frame time to be around 5ms.

So how do you get from a 12ms window of opportunity to a 4ms frame time? You need to cut out or add something! You either need to slow down the framerate of the game, or you just play around with some of the other values for game settings to get the minimum frame time you need (which is determined by your computer). However, a 60fps game will never get below around 2ms, so any game that takes 12ms of time to run should run on almost any PC at 100% quality and low CPU usage. Unless they're doing absolutely nothing while on the screen (like a windowed game might), and are spending most of their time in very expensive routines.

What is vulnerable time in random access protocol?

I am using RALINK Wireless Toolkit v2.

0 in a Linux kernel 2.6.33.1. The protocol uses WEP key for security. When the access point sends EAPOL-Req to the station, this can be one of the two cases:

Station is in vulnerable state and needs to send its EAPOL-Request frame. This vulnerable time starts from WLANTIMEOUT.

Station is not in vulnerable state and does not need to send its EAPOL-Request frame. This vulnerable time starts from WAITTIMEOUT.

How can I find out which state is being set by the access point? The vulnerable time is when a station is not in vulnerable state, and is waiting for the next EAPOL-Request frame. For example, at least in the case of a simple 802.11 frame, a vulnerable state would be when a station has an encryption key that has been changed.

In a more advanced protocol, there may be several different vulnerable states.