In　this　paper,　we　propose　an　approach　to　integrate　the　radio-frequency　interference　(RFI)　mitigation　technique　into　a　real-time　synthetic　aperture　radar　(SAR)　imaging　algorithm　applied　to　very　high　frequency　(VHF)　ice-sounding　data　that　produces　swath　measurements　of　ice　sheet　surface　topography,　ice　thickness,　and　radar　reflectivity　of　both　Internal　Reflecting　Horizons　(IRHs)　and　bedrock　of　the　ice　sheet.　According　to　the　proposal,　the　RFI　suppression　method-an　adaptive　line　enhancer　(ALE)　controlled　by　the　normalized　least　mean　square　(NLMS),　is　incorporated　into　the　real-time　imaging　algorithm　named　modified　Planar　Subarray　Processing　(PSAP)　algorithm　based　on　inverse　scaled　Fourier　transform　(ISFT).　The　approach　is　tested　successfully　on　real　data　recorded　over　Chinese　Kunlun　Station　during　the　29(th)　Chinese　Antarctic　Research　Expedition　(CHINARE　29).　The　experimental　result　indicates　that　the　narrowband　RFI　could　be　subtracted　from　the　desired　chirp　signal　return　during　the　imaging　processing,　and　the　computational　efficiency　of　the　imaging　processing　is　preserved.