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diff --git a/sysdeps/linux-gnu/ppc/plt.c b/sysdeps/linux-gnu/ppc/plt.c
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index 45ed7fb..5f81889 100644
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--- a/sysdeps/linux-gnu/ppc/plt.c
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+++ b/sysdeps/linux-gnu/ppc/plt.c
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@@ -274,14 +274,15 @@ arch_plt_sym_val(struct ltelf *lte, size_t ndx, GElf_Rela *rela)
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 		assert(rela->r_addend != 0);
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 		/* XXX double cast */
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-		arch_addr_t res_addr = (arch_addr_t) (uintptr_t) rela->r_addend;
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+		arch_addr_t res_addr
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+		  = (arch_addr_t) (uintptr_t) (rela->r_addend + lte->bias);
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 		if (arch_translate_address(lte, res_addr, &res_addr) < 0) {
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 			fprintf(stderr, "Couldn't OPD-translate IRELATIVE "
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 				"resolver address.\n");
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 			return 0;
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 		}
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 		/* XXX double cast */
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-		return (GElf_Addr) (uintptr_t) res_addr;
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+		return (GElf_Addr) (uintptr_t) (res_addr - lte->bias);
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 	} else {
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 		/* We put brakpoints to PLT entries the same as the
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@@ -453,7 +454,7 @@ arch_elf_init(struct ltelf *lte, struct library *lib)
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 #ifndef EF_PPC64_ABI
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 	assert (! (lte->ehdr.e_flags & 3 ) == 2)
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 #else
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-	lte->arch.elfv2_abi=((lte->ehdr.e_flags & EF_PPC64_ABI) == 2) ;
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+	lte->arch.elfv2_abi = ((lte->ehdr.e_flags & EF_PPC64_ABI) == 2);
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 #endif
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 	if (lte->ehdr.e_machine == EM_PPC64
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@@ -827,15 +828,15 @@ arch_elf_add_plt_entry(struct process *proc, struct ltelf *lte,
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 	assert(plt_slot_addr >= lte->plt_addr
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 	       || plt_slot_addr < lte->plt_addr + lte->plt_size);
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+	plt_entry_addr += lte->bias;
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+	plt_slot_addr += lte->bias;
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+
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 	/* Should avoid to do read if dynamic linker hasn't run yet
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 	 * or allow -1 a valid return code.  */
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 	GElf_Addr plt_slot_value;
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-	if (read_plt_slot_value(proc, plt_slot_addr, &plt_slot_value) < 0) {
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-		if (!lte->arch.elfv2_abi)
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-			goto fail;
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-		else
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-			return PPC_PLT_UNRESOLVED;
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-	}
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+	int rc = read_plt_slot_value(proc, plt_slot_addr, &plt_slot_value);
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+	if (rc < 0 && !lte->arch.elfv2_abi)
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+		goto fail;
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 	struct library_symbol *libsym = malloc(sizeof(*libsym));
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 	if (libsym == NULL) {
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@@ -854,8 +855,9 @@ arch_elf_add_plt_entry(struct process *proc, struct ltelf *lte,
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 		goto fail2;
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 	libsym->arch.plt_slot_addr = plt_slot_addr;
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-	if (! is_irelative
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-	    && (plt_slot_value == plt_entry_addr || plt_slot_value == 0)) {
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+	if (rc < 0 || (! is_irelative
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+		       && (plt_slot_value == plt_entry_addr
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+			   || plt_slot_value == 0))) {
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 		libsym->arch.type = PPC_PLT_UNRESOLVED;
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 		libsym->arch.resolved_value = plt_entry_addr;
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 	} else {
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@@ -1166,8 +1168,8 @@ ppc_plt_bp_install(struct breakpoint *bp, struct process *proc)
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 				libsym->arch.resolved_value = plt_entry_addr;
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 			}
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 		} else {
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-			fprintf(stderr, "Couldn't unresolve %s@%p.  Not tracing"
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-				" this symbol.\n",
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+			fprintf(stderr, "Couldn't unresolve %s@%p.  Will not"
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+				" trace this symbol.\n",
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 				breakpoint_name(bp), bp->addr);
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 			proc_remove_breakpoint(proc, bp);
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 		}
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@@ -1222,6 +1224,14 @@ arch_library_symbol_clone(struct library_symbol *retp,
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 			  struct library_symbol *libsym)
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 {
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 	retp->arch = libsym->arch;
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+	if (libsym->arch.type == PPC_PLT_NEED_UNRESOLVE) {
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+		assert(libsym->arch.data->self == libsym->arch.data);
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+		retp->arch.data = malloc(sizeof *retp->arch.data);
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+		if (retp->arch.data == NULL)
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+			return -1;
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+		*retp->arch.data = *libsym->arch.data;
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+		retp->arch.data->self = retp->arch.data;
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+	}
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 	return 0;
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 }
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