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Motivated by recent quantum oscillation observations in the underdopedhigh-temperature superconductors, the effect of the short-rangeantiferromagnetic correlations on the electronic properties of the short-rangedd-density wave state is investigated. At intermediate d-density wavecorrelations, the cross section of the energy dispersion at the Fermi energyconsists of hole pockets and an electron pocket. It is argued that the electronpocket feature is smeared out by the effect of the short-rangeantiferromagnetic correlation, which could be the reason why any electronpockets have never been observed in the angle resolved photoemissionexperiments. The Hall resistance is calculated for the system with the electronband and the hole band using a finite temperature formula assuming Diracfermion spectrum for the latter. It is argued that the scattering effect in thehole band should be anomalously large or much suppressed by superconductivitycorrelations and/or vortex contributions to explain the recent quantumoscillation observations.

Pseudogap and short-range antiferromagnetic correlation controlled Fermi surface in underdoped cuprates: From Fermi arc to electron pocket