ksymoops 2.4.9 on i686 2.6.2-rc1-mm3.  Options used
     -V (specified)
     -K (specified)
     -l /proc/modules (default)
     -o /lib/modules/2.6.2-rc1-mm3/ (default)
     -m /boot/System.map-2.6.2-rc1-mm3.old (specified)

No modules in ksyms, skipping objects
No ksyms, skipping lsmod
Unable to handle kernel paging request at virtual address f9a4476c
c01b92e2
*pde = 01bbf067
Oops: 0002 [#1]
CPU:    1
EIP:    0060:[<c01b92e2>]    Tainted: PF  VLI
Using defaults from ksymoops -t elf32-i386 -a i386
EFLAGS: 00010282
eax: f9a44754   ebx: f685d1c0   ecx: f685d1d8   edx: f9a44754
esi: f698d180   edi: f685d1c0   ebp: 0000006b   esp: c1b8be60
ds: 007b   es: 007b   ss: 0068
Stack: c018a0a4 f9a44754 c1b8a000 c016b4bf f698d180 f685d1c0 f637bb00 f672ec00
       f672ec00 c016ba37 f637bb00 00000080 000000d0 000001c1 f7ffe560 c016bf79
       00000080 c0145270 00000080 000000d0 0bf7a890 00000000 00000441 00000000
Call Trace:
 [<c018a0a4>] sysfs_d_iput+0x16/0x21
 [<c016b4bf>] dput+0x1eb/0x241
 [<c016ba37>] prune_dcache+0x1e7/0x236
 [<c016bf79>] shrink_dcache_memory+0x15/0x1c
 [<c0145270>] shrink_slab+0xfc/0x14c
 [<c0146630>] balance_pgdat+0x13f/0x1ff
 [<c01467f8>] kswapd+0x108/0x10d
 [<c0122be0>] autoremove_wake_function+0x0/0x36
 [<c028d9da>] ret_from_fork+0x6/0x14
 [<c0122be0>] autoremove_wake_function+0x0/0x36
 [<c01466f0>] kswapd+0x0/0x10d
 [<c010b1fd>] kernel_thread_helper+0x5/0xb
Code: ff 16 58 85 ff 74 0a 8d 47 10 50 e8 17 00 00 00 58 85 ed 74 0d 89 6c 24 14 5b 5e 5f 5d e9 05 00 00 00 5b 5e 5f 5d c3 8b 54 24 04 <f0> ff 4a 18 0f 94 c0 84 c0 74 09 89 54 24 04 e9 83 ff ff ff c3


>>EIP; c01b92e2 <kobject_put+4/19>   <=====

>>eax; f9a44754 <_end+3962b10c/3fbe39b8>
>>ebx; f685d1c0 <_end+36443b78/3fbe39b8>
>>ecx; f685d1d8 <_end+36443b90/3fbe39b8>
>>edx; f9a44754 <_end+3962b10c/3fbe39b8>
>>esi; f698d180 <_end+36573b38/3fbe39b8>
>>edi; f685d1c0 <_end+36443b78/3fbe39b8>
>>esp; c1b8be60 <_end+1772818/3fbe39b8>

Trace; c018a0a4 <sysfs_d_iput+16/21>
Trace; c016b4bf <dput+1eb/241>
Trace; c016ba37 <prune_dcache+1e7/236>
Trace; c016bf79 <shrink_dcache_memory+15/1c>
Trace; c0145270 <shrink_slab+fc/14c>
Trace; c0146630 <balance_pgdat+13f/1ff>
Trace; c01467f8 <kswapd+108/10d>
Trace; c0122be0 <autoremove_wake_function+0/36>
Trace; c028d9da <ret_from_fork+6/14>
Trace; c0122be0 <autoremove_wake_function+0/36>
Trace; c01466f0 <kswapd+0/10d>
Trace; c010b1fd <kernel_thread_helper+5/b>

This architecture has variable length instructions, decoding before eip
is unreliable, take these instructions with a pinch of salt.

Code;  c01b92b7 <kobject_cleanup+3e/65>
00000000 <_EIP>:
Code;  c01b92b7 <kobject_cleanup+3e/65>
   0:   ff 16                     call   *(%esi)
Code;  c01b92b9 <kobject_cleanup+40/65>
   2:   58                        pop    %eax
Code;  c01b92ba <kobject_cleanup+41/65>
   3:   85 ff                     test   %edi,%edi
Code;  c01b92bc <kobject_cleanup+43/65>
   5:   74 0a                     je     11 <_EIP+0x11>
Code;  c01b92be <kobject_cleanup+45/65>
   7:   8d 47 10                  lea    0x10(%edi),%eax
Code;  c01b92c1 <kobject_cleanup+48/65>
   a:   50                        push   %eax
Code;  c01b92c2 <kobject_cleanup+49/65>
   b:   e8 17 00 00 00            call   27 <_EIP+0x27>
Code;  c01b92c7 <kobject_cleanup+4e/65>
  10:   58                        pop    %eax
Code;  c01b92c8 <kobject_cleanup+4f/65>
  11:   85 ed                     test   %ebp,%ebp
Code;  c01b92ca <kobject_cleanup+51/65>
  13:   74 0d                     je     22 <_EIP+0x22>
Code;  c01b92cc <kobject_cleanup+53/65>
  15:   89 6c 24 14               mov    %ebp,0x14(%esp,1)
Code;  c01b92d0 <kobject_cleanup+57/65>
  19:   5b                        pop    %ebx
Code;  c01b92d1 <kobject_cleanup+58/65>
  1a:   5e                        pop    %esi
Code;  c01b92d2 <kobject_cleanup+59/65>
  1b:   5f                        pop    %edi
Code;  c01b92d3 <kobject_cleanup+5a/65>
  1c:   5d                        pop    %ebp
Code;  c01b92d4 <kobject_cleanup+5b/65>
  1d:   e9 05 00 00 00            jmp    27 <_EIP+0x27>
Code;  c01b92d9 <kobject_cleanup+60/65>
  22:   5b                        pop    %ebx
Code;  c01b92da <kobject_cleanup+61/65>
  23:   5e                        pop    %esi
Code;  c01b92db <kobject_cleanup+62/65>
  24:   5f                        pop    %edi
Code;  c01b92dc <kobject_cleanup+63/65>
  25:   5d                        pop    %ebp
Code;  c01b92dd <kobject_cleanup+64/65>
  26:   c3                        ret    
Code;  c01b92de <kobject_put+0/19>
  27:   8b 54 24 04               mov    0x4(%esp,1),%edx

This decode from eip onwards should be reliable

Code;  c01b92e2 <kobject_put+4/19>
00000000 <_EIP>:
Code;  c01b92e2 <kobject_put+4/19>   <=====
   0:   f0 ff 4a 18               lock decl 0x18(%edx)   <=====
Code;  c01b92e6 <kobject_put+8/19>
   4:   0f 94 c0                  sete   %al
Code;  c01b92e9 <kobject_put+b/19>
   7:   84 c0                     test   %al,%al
Code;  c01b92eb <kobject_put+d/19>
   9:   74 09                     je     14 <_EIP+0x14>
Code;  c01b92ed <kobject_put+f/19>
   b:   89 54 24 04               mov    %edx,0x4(%esp,1)
Code;  c01b92f1 <kobject_put+13/19>
   f:   e9 83 ff ff ff            jmp    ffffff97 <_EIP+0xffffff97>
Code;  c01b92f6 <kobject_put+18/19>
  14:   c3                        ret