\newcommand{\termsfootnote}{The page where the glossary
entry is defined is given in angle brackets
(\hypertarget{ch:terms}{\eg}, \examplebracketref{ch:terms}).}
\index{solitary agent model!parameters|(indexglo}\begin{theterms} 
\item[\termheader{A}\hfill] 

  \item [$c^s$] Average cost rate for searching (points per second)~\bhypersym {term:searchcost}
		\nopage{8}
  \item [$n$] Number of task types~\bhypersym {term:numtypes}\nopage{8}
  \item [$\lambda _i$] \aimention {Sim\'{e}on-Denis Poisson}Poisson encounter rate for task type $i$ (tasks per second)~\bhypersym {term:lambdai}
		\nopage{10}
  \item [$c_i$] Average fuel cost rate for task type $i$ (points per second per task)~\bhypersym {term:typecostrate}
		\nopage{10}
  \item [$g_i$] Average gross processing gain for task type $i$ (points per task)~\bhypersym {term:typegain}
		\nopage{10}
  \item [$\tau _i$] Average processing time for task type $i$ (seconds per task)~\bhypersym {term:typeprtime}
		\nopage{10}
  \item [$p_i$] The agent's preference probability for task type $i$~\bhypersym {term:typeprefprob}
		\nopage{10}
  \item [$g_i(\tau _i)$] Average processing gain for task type $i$ as function of average processing time~\bhypersym {term:typegainfn}
		\nopage{11}

  \indexspace
\item[\termheader{B}\hfill] 

  \item [$\lambda $] Merged \aimention {Sim\'{e}on-Denis Poisson}Poisson encounter rate for all tasks (tasks per second)~\bhypersym {term:lambda}
		\nopage{14}
  \item [$N(t)$] Number of tasks encountered after $t$ seconds~\bhypersym {term:oftNt}
		\nopage{16}
  \item [$g$] Gross gain random variable for processing a task during one \ac {OFT} \aimention {Andrei A. Markov}Markov renewal cycle (points)~\bhypersym {term:oftg}
		\nopage{14}
  \item [$\overline {g}$] Expected gross gain for processing a task during one \ac {OFT} \aimention {Andrei A. Markov}Markov renewal cycle (points)~\bhypersym {term:oftavgg}
		\nopage{14}
  \item [$c$] Cost random variable for processing a task during one \ac {OFT} \aimention {Andrei A. Markov}Markov renewal cycle (points)~\bhypersym {term:oftc}
		\nopage{14}
  \item [$\overline {c}$] Expected cost for processing a task during one \ac {OFT} \aimention {Andrei A. Markov}Markov renewal cycle (points)~\bhypersym {term:oftavgc}
		\nopage{14}
  \item [$\tau $] Time random variable for processing a task during one \ac {OFT} \aimention {Andrei A. Markov}Markov renewal cycle (seconds)~\bhypersym {term:ofttau}
		\nopage{14}
  \item [$\overline {\tau }$] Expected time for processing a task during one \ac {OFT} \aimention {Andrei A. Markov}Markov renewal cycle (seconds)~\bhypersym {term:oftavgtau}
		\nopage{14}
  \item [$\oft {G}_1$] Net gain from a single \ac {OFT} renewal cycle (points)~\bhypersym {term:oftG1}
		\nopage{15}
  \item [$\oft {C}_1$] Cost from a single \ac {OFT} renewal cycle (points)~\bhypersym {term:oftC1}
		\nopage{15}
  \item [$\oft {T}_1$] Length of time of a single \ac {OFT} renewal cycle (seconds)~\bhypersym {term:oftT1}
		\nopage{15}
  \item [$\oft {G}^N$] Total net gain for $N$ OFT \aimention {Andrei A. Markov}Markov renewal cycles (points)~\bhypersym {term:oftGN}
		\nopage{18}
  \item [$\oft {C}^N$] Total cost for $N$ OFT \aimention {Andrei A. Markov}Markov renewal cycles (points)~\bhypersym {term:oftCN}
		\nopage{18}
  \item [$\oft {T}^N$] Total length of time for $N$ \index {Markov renewal cycle!OFT cycle|indexglo}\ac {OFT} \aimention {Andrei A. Markov}Markov renewal cycles (seconds)~\bhypersym {term:oftTN}
		\nopage{17}
  \item [$\oft {G}(t)$] Total net gain after $t$ seconds (\ie , $\oft {G}^{N(t)}$) (points)~\bhypersym {term:oftGt}
		\nopage{18}
  \item [$\oft {C}(t)$] Total cost after $t$ seconds (\ie , $\oft {C}^{N(t)}$) (points)~\bhypersym {term:oftCt}
		\nopage{18}
  \item [$\oft {T}(t)$] Total length of time after $t$ seconds for all completed OFT \aimention {Andrei A. Markov}Markov renewal cycles (\ie , $\oft {T}^{N(t)}$) (seconds)~\bhypersym {term:oftTt}
		\nopage{18}

  \indexspace
\item[\termheader{C}\hfill] 

  \item [$\lambda ^p_i$] \aimention {Sim\'{e}on-Denis Poisson}Poisson encounter rate with processed tasks of type $i$ (processed tasks per second)~\bhypersym {term:lambdapi}
		\nopage{22}
  \item [$\lambda ^p$] \aimention {Sim\'{e}on-Denis Poisson}Poisson encounter rate with processed tasks of all types (processed tasks per second)~\bhypersym {term:lambdap}
		\nopage{23}
  \item [$N^p(t)$] Number of tasks processed after $t$ seconds~\bhypersym {term:Nt}
		\nopage{25}
  \item [$g^p$] Gross gain random variable for processing a task during one processing \aimention {Andrei A. Markov}Markov renewal cycle (points)~\bhypersym {term:gp}
		\nopage{23}
  \item [$\overline {g^p}$] Expected gross gain for processing a task during one processing \aimention {Andrei A. Markov}Markov renewal cycle (points)~\bhypersym {term:avggp}
		\nopage{24}
  \item [$c^p$] Cost random variable for processing a task during one processing \aimention {Andrei A. Markov}Markov renewal cycle (points)~\bhypersym {term:cp}
		\nopage{23}
  \item [$\overline {c^p}$] Expected cost for processing a task during one processing \aimention {Andrei A. Markov}Markov renewal cycle (points)~\bhypersym {term:avgcp}
		\nopage{24}
  \item [$\tau ^p$] Time random variable for processing a task during one processing \aimention {Andrei A. Markov}Markov renewal cycle (seconds)~\bhypersym {term:taup}
		\nopage{23}
  \item [$\overline {\tau ^p}$] Expected time for processing a task during one processing \aimention {Andrei A. Markov}Markov renewal cycle (seconds)~\bhypersym {term:avgtaup}
		\nopage{24}
  \item [$G_1$] Net gain from a single processing renewal cycle (points)~\bhypersym {term:G1}
		\nopage{24}
  \item [$C_1$] Cost from a single processing renewal cycle (points)~\bhypersym {term:C1}
		\nopage{24}
  \item [$T_1$] Length of time of a single processing renewal cycle (seconds)~\bhypersym {term:T1}
		\nopage{24}
  \item [$G^{N^p}$] Total net gain for $N$ processing \aimention {Andrei A. Markov}Markov renewal cycles (points)~\bhypersym {term:GN}
		\nopage{26}
  \item [$C^{N^p}$] Total cost for $N$ processing \aimention {Andrei A. Markov}Markov renewal cycles (points)~\bhypersym {term:CN}
		\nopage{26}
  \item [$T^{N^p}$] Total length of time for $N^p$ processing \aimention {Andrei A. Markov}Markov renewal cycles (seconds)~\bhypersym {term:TN}
		\nopage{26}
  \item [$G(t)$] Total net gain after $t$ seconds (\ie , $G^{N^p(t)}$) (points)~\bhypersym {term:Gt}
		\nopage{26}
  \item [$C(t)$] Total cost after $t$ seconds (\ie , $C^{N^p(t)}$) (points)~\bhypersym {term:Ct}
		\nopage{26}
  \item [$T(t)$] Total length of time after $t$ seconds for all completed processing \aimention {Andrei A. Markov}Markov renewal cycles (\ie , $T^{N^p(t)}$) (seconds)~\bhypersym {term:Tt}
		\nopage{26}

\end{theterms}%
\index{solitary agent model!parameters|)indexglo}