diff --git a/src/target/codegen_cuda.cc b/src/target/codegen_cuda.cc
index 641d4b332..98171cecf 100644
--- a/src/target/codegen_cuda.cc
+++ b/src/target/codegen_cuda.cc
@@ -216,6 +216,188 @@ CodeGenTileLangCUDA::CodeGenTileLangCUDA() {
             runtime::symbol::tvm_global_barrier_state);
 }
 
+void CodeGenTileLangCUDA::ReserveKeywordsAsUnique_() {
+  CodeGenC::ReserveKeywordsAsUnique();
+  name_supply_->ReserveName("max");
+  name_supply_->ReserveName("min");
+  name_supply_->ReserveName("isfinite");
+  name_supply_->ReserveName("isinf");
+  name_supply_->ReserveName("isnan");
+
+  // skip single precision mathematical functions
+  name_supply_->ReserveName("acosf");
+  name_supply_->ReserveName("acoshf");
+  name_supply_->ReserveName("asinf");
+  name_supply_->ReserveName("asinhf");
+  name_supply_->ReserveName("atan2f");
+  name_supply_->ReserveName("atanf");
+  name_supply_->ReserveName("atanhf");
+  name_supply_->ReserveName("cbrtf");
+  name_supply_->ReserveName("ceilf");
+  name_supply_->ReserveName("copysignf");
+  name_supply_->ReserveName("cosf");
+  name_supply_->ReserveName("coshf");
+  name_supply_->ReserveName("cospif");
+  name_supply_->ReserveName("cyl_bessel_i0f");
+  name_supply_->ReserveName("cyl_bessel_i1f");
+  name_supply_->ReserveName("erfcf");
+  name_supply_->ReserveName("erfcinvf");
+  name_supply_->ReserveName("erfcxf");
+  name_supply_->ReserveName("erff");
+  name_supply_->ReserveName("erfinvf");
+  name_supply_->ReserveName("exp10f");
+  name_supply_->ReserveName("exp2f");
+  name_supply_->ReserveName("expf");
+  name_supply_->ReserveName("expm1f");
+  name_supply_->ReserveName("fabsf");
+  name_supply_->ReserveName("fdimf");
+  name_supply_->ReserveName("fdividef");
+  name_supply_->ReserveName("floorf");
+  name_supply_->ReserveName("fmaf");
+  name_supply_->ReserveName("fmaxf");
+  name_supply_->ReserveName("fminf");
+  name_supply_->ReserveName("fmodf");
+  name_supply_->ReserveName("frexpf");
+  name_supply_->ReserveName("hypotf");
+  name_supply_->ReserveName("ilogbf");
+  name_supply_->ReserveName("j0f");
+  name_supply_->ReserveName("j1f");
+  name_supply_->ReserveName("jnf");
+  name_supply_->ReserveName("ldexpf");
+  name_supply_->ReserveName("lgammaf");
+  name_supply_->ReserveName("llrintf");
+  name_supply_->ReserveName("llroundf");
+  name_supply_->ReserveName("log10f");
+  name_supply_->ReserveName("log1pf");
+  name_supply_->ReserveName("log2f");
+  name_supply_->ReserveName("logbf");
+  name_supply_->ReserveName("logf");
+  name_supply_->ReserveName("lrintf");
+  name_supply_->ReserveName("lroundf");
+  name_supply_->ReserveName("modff");
+  name_supply_->ReserveName("nanf");
+  name_supply_->ReserveName("nearbyintf");
+  name_supply_->ReserveName("nextafterf");
+  name_supply_->ReserveName("norm3df");
+  name_supply_->ReserveName("norm4df");
+  name_supply_->ReserveName("normcdff");
+  name_supply_->ReserveName("normcdfinvf");
+  name_supply_->ReserveName("normf");
+  name_supply_->ReserveName("powf");
+  name_supply_->ReserveName("rcbrtf");
+  name_supply_->ReserveName("remainderf");
+  name_supply_->ReserveName("remquof");
+  name_supply_->ReserveName("rhypotf");
+  name_supply_->ReserveName("rintf");
+  name_supply_->ReserveName("rnorm3df");
+  name_supply_->ReserveName("rnorm4df");
+  name_supply_->ReserveName("rnormf");
+  name_supply_->ReserveName("roundf");
+  name_supply_->ReserveName("rsqrtf");
+  name_supply_->ReserveName("scalblnf");
+  name_supply_->ReserveName("scalbnf");
+  name_supply_->ReserveName("signbit");
+  name_supply_->ReserveName("sincosf");
+  name_supply_->ReserveName("sincospif");
+  name_supply_->ReserveName("sinf");
+  name_supply_->ReserveName("sinhf");
+  name_supply_->ReserveName("sinpif");
+  name_supply_->ReserveName("sqrtf");
+  name_supply_->ReserveName("tanf");
+  name_supply_->ReserveName("tanhf");
+  name_supply_->ReserveName("tgammaf");
+  name_supply_->ReserveName("truncf");
+  name_supply_->ReserveName("y0f");
+  name_supply_->ReserveName("y1f");
+  name_supply_->ReserveName("ynf");
+
+  // skip double precision mathematical functions
+  name_supply_->ReserveName("acos");
+  name_supply_->ReserveName("acosh");
+  name_supply_->ReserveName("asin");
+  name_supply_->ReserveName("asinh");
+  name_supply_->ReserveName("atan");
+  name_supply_->ReserveName("atan2");
+  name_supply_->ReserveName("atanh");
+  name_supply_->ReserveName("cbrt");
+  name_supply_->ReserveName("ceil");
+  name_supply_->ReserveName("copysign");
+  name_supply_->ReserveName("cos");
+  name_supply_->ReserveName("cosh");
+  name_supply_->ReserveName("cospi");
+  name_supply_->ReserveName("cyl_bessel_i0");
+  name_supply_->ReserveName("cyl_bessel_i1");
+  name_supply_->ReserveName("erf");
+  name_supply_->ReserveName("erfc");
+  name_supply_->ReserveName("erfcinv");
+  name_supply_->ReserveName("erfcx");
+  name_supply_->ReserveName("erfinv");
+  name_supply_->ReserveName("exp");
+  name_supply_->ReserveName("exp10");
+  name_supply_->ReserveName("exp2");
+  name_supply_->ReserveName("expm1");
+  name_supply_->ReserveName("fabs");
+  name_supply_->ReserveName("fdim");
+  name_supply_->ReserveName("floor");
+  name_supply_->ReserveName("fma");
+  name_supply_->ReserveName("fmax");
+  name_supply_->ReserveName("fmin");
+  name_supply_->ReserveName("fmod");
+  name_supply_->ReserveName("frexp");
+  name_supply_->ReserveName("hypot");
+  name_supply_->ReserveName("ilogb");
+  name_supply_->ReserveName("j0");
+  name_supply_->ReserveName("j1");
+  name_supply_->ReserveName("jn");
+  name_supply_->ReserveName("ldexp");
+  name_supply_->ReserveName("lgamma");
+  name_supply_->ReserveName("llrint");
+  name_supply_->ReserveName("llround");
+  name_supply_->ReserveName("log");
+  name_supply_->ReserveName("log10");
+  name_supply_->ReserveName("log1p");
+  name_supply_->ReserveName("log2");
+  name_supply_->ReserveName("logb");
+  name_supply_->ReserveName("lrint");
+  name_supply_->ReserveName("lround");
+  name_supply_->ReserveName("modf");
+  name_supply_->ReserveName("nan");
+  name_supply_->ReserveName("nearbyint");
+  name_supply_->ReserveName("nextafter");
+  name_supply_->ReserveName("norm");
+  name_supply_->ReserveName("norm3d");
+  name_supply_->ReserveName("norm4d");
+  name_supply_->ReserveName("normcdf");
+  name_supply_->ReserveName("normcdfinv");
+  name_supply_->ReserveName("pow");
+  name_supply_->ReserveName("rcbrt");
+  name_supply_->ReserveName("remainder");
+  name_supply_->ReserveName("remquo");
+  name_supply_->ReserveName("rhypot");
+  name_supply_->ReserveName("rint");
+  name_supply_->ReserveName("rnorm");
+  name_supply_->ReserveName("rnorm3d");
+  name_supply_->ReserveName("rnorm4d");
+  name_supply_->ReserveName("round");
+  name_supply_->ReserveName("rsqrt");
+  name_supply_->ReserveName("scalbln");
+  name_supply_->ReserveName("scalbn");
+  name_supply_->ReserveName("signbit");
+  name_supply_->ReserveName("sin");
+  name_supply_->ReserveName("sincos");
+  name_supply_->ReserveName("sincospi");
+  name_supply_->ReserveName("sinh");
+  name_supply_->ReserveName("sinpi");
+  name_supply_->ReserveName("sqrt");
+  name_supply_->ReserveName("tan");
+  name_supply_->ReserveName("tanh");
+  name_supply_->ReserveName("tgamma");
+  name_supply_->ReserveName("trunc");
+  name_supply_->ReserveName("y0");
+  name_supply_->ReserveName("y1");
+  name_supply_->ReserveName("yn");
+}
+
 void CodeGenTileLangCUDA::PrintFuncPrefix(std::ostream &os) {
   os << "extern \"C\" __global__ ";
 }
@@ -3431,7 +3613,7 @@ void CodeGenTileLangCUDA::AddFunction(const GlobalVar &gvar,
   // clear previous generated state.
   this->InitFuncState(f);
   // reserve keywords
-  ReserveKeywordsAsUnique();
+  ReserveKeywordsAsUnique_();
 
   auto global_symbol = f->GetAttr<String>(tvm::attr::kGlobalSymbol);
   ICHECK(global_symbol)
diff --git a/src/target/codegen_cuda.h b/src/target/codegen_cuda.h
index 9cf460213..837d25b37 100644
--- a/src/target/codegen_cuda.h
+++ b/src/target/codegen_cuda.h
@@ -65,6 +65,7 @@ class CodeGenTileLangCUDA final : public CodeGenC {
                               const PrimFunc &func, std::ostream &os);
 
 protected:
+  void ReserveKeywordsAsUnique_();
   virtual std::string GetBufferRef(DataType t, const BufferNode *buffer,
                                    PrimExpr index) final;
   void PrintCallExtern(Type ret_type, ffi::String global_symbol,