Update on local

sections/Notes.tex

@@ -5,10 +5,14 @@ around 10 ms~\cite{reymondSCHEMATIC2024,wuIntOS2024,yildizEfficient2023}.
 Several hundreds microseconds~\cite{reymondSCHEMATIC2024}.
 Nanoseconds~\cite{wuIntOS2024}.
 
+Using traditional model~\cite{shuklaEnergy2024a}.
+
 Estimating the remaining energy using the energy storage voltage.
 In modeling~\cite{houTale2024,kimRapid2024}.
 Use energy storage voltage for checkpoint signal~\cite{zengReplayCache2021,balsamoHibernus2015,balsamoHibernus2016,bhattiHarvOS2017,jayakumarQUICKRECALL2014,maengSupporting2019,maengAdaptive2020}.
 
 Power failure injection (soft reset)~\cite{wuIntOS2024,yildizEfficient2023}.
 
-Interrupt using Vdd~\cite{balsamoHibernus2016}.
+Interrupt using Vdd~\cite{balsamoHibernus2016}.
+
+WCET-based approaches can be extremely pessimistic~\cite{raffeckWoCA2024}.

sections/RelatedWork.tex

@@ -1 +1,9 @@
 \section{Related Work}
+
+Techniques to find the best hardware configurations (model approaches).
+Tradeoff of capacitor size and forward progress~\cite{zhanExploring2022}.
+These works do not consider discharge of decoupling capacitor.
+
+Considering sub-normal voltage execution~\cite{zhanExploring2022}.
+In transient computing~\cite{balsamoHibernus2015,balsamoHibernus2016,netoDiCA2023} or hardware-based approaches.
+They do not address the impact of sub-normal voltage execution to correctness and efficiency of software designs.