The　paper　deals　with　the　reliable　H-infinity　filtering　problem　for　linear　uncertain　continuous-time　systems　with　bounded　disturbances.　Different　from　the　existing　approaches,　the　filter　is　designed　in　certain　finite　frequency　ranges,　which　is　important　in　practice,　since　the　full　frequency　approaches　are　conservative　to　some　extent　for　the　case　when　the　frequency　ranges　of　disturbances　are　known　beforehand.　With　the　aid　of　the　Generalized　Kalman-Yakubovich-Popov　(GKYP)　lemma,　the　filter　design　problem　is　formulated　into　a　set　of　linear　matrix　inequalities　(LMIs).　A　numerical　example　is　given　to　illustrate　the　effectiveness　of　the　proposed　methods.