The phrase "I busy" is not grammatically correct or usable in written English
In order to make a proper sentence, the verb "am" is missing. Therefore, the correct phrase would be "I am busy." An example of using this phrase in a sentence is: "I am sorry, I cannot talk right now, I am busy with my work." This sentence shows that the speaker is currently occupied with something and cannot engage in a conversation at the moment.
If there are N i busy busy subchannels and N i idle idle subchannels in PRN i, the number of available subchannels for CRN is N i sense = 1 − P f N i idle + P m N i busy (1).
We denote R k i as the ergodic capacity of user k in PRN i, which can be written as R k i = ∑ m = 1 ( 1 − P f ) N i idle ρ k, m i ( 1 − P f ) N i idle log 2 1 + p k, m i h k, m i 2 Γ k N 0 W + ∑ m = 1 ( 1 − P d ) N i busy ρ k, m i P m N i busy log 2 × 1 + p k, m i ( h k, m i ) 2 Γ k ∑ i = 1 S I k, m i + N 0 W (2). where N0 is the two-sided noise spectral density.
I busy myself at the table, trying — and failing — to put a six-volt battery into a new flashlight.
I busy myself photographing a beautifully neglected plot that has been overtaken by a tapestry of buttercups and herb robert.
As I busy myself with something, I see in my peripheral vision what looks like Leila briefly resting her head on Saeed's shoulder.
Equation 5 evaluates the i- busy period considering the execution of all mandatory activations of higher priority tasks tested during each time interval (line 21, Algorithm 1).
To obtain the i-busy period, we solve the equation iteratively.
: represents the arrival time of task τ i. : represents the arrival time of task τ j. : represents the evaluated i-busy period at time instant t. : represents the offset between ϕ i and ϕ j, that is, the difference between the arrival time of τ i and the arrival time of the τ j, that affect the tested period.
Equation 5 shows the busy period calculation, considering tasks with (m,k -firm constraints, where: : represents the evaluated i-busy period at tim,k -firmt t. : represents the offset between ϕ i and ϕ j, that is, the differenconstraintsthe arrival time of τ i and the arrival time of the τ j, that affect the tested period.
